Mathematics examination revision works best when study time is allocated by evidence: what the learner cannot yet retrieve, select, execute, verify or transfer under the conditions the examination will impose. A revision timetable is therefore not merely a calendar of chapters. It is a control system that moves topics between diagnosis, repair, retrieval, mixed practice, timed practice and maintenance as performance changes.
Understanding how to revise for maths exams, plan a mathematics study schedule and prioritise weak topics prevents two common failures: spending equal time on unequal needs and repeatedly practising favourite topics because they feel productive. Strong revision protects prerequisites, repairs high-cost weaknesses, preserves mastered material and gradually restores whole-paper integration.
This world-facing guide extends How to Use Maths Past Papers, How to Analyse Maths Mistakes, and How to Remember Maths Formulas, Methods and Definitions. It owns the mathematics-specific revision-allocation system rather than a generic study timetable.
The 50-second answer
DIAGNOSE → RANK BY PREREQUISITE + FREQUENCY + ERROR COST → REPAIR → RETRIEVE → MIX → TIME → RETEST → MAINTAIN → REPLAN FROM NEW EVIDENCE.
1. A chapter list is not yet a revision plan
“Monday algebra, Tuesday geometry” describes content coverage. It does not say whether algebra needs concept repair, fluency, method discrimination or timed transfer. The practice mode should match the weakness.
2. Weakness should be measured narrowly
“Weak at percentages” is less useful than “uses the changed amount as the base in reverse-percentage questions.” Specific diagnoses generate specific practice and make progress measurable.
3. Prerequisites can outrank visible exam topics
If quadratic equations fail because factor pairs are slow, repairing factor fluency may unlock several later topics. Revision should sometimes move downward in the dependency tree before moving forward again.
4. Error cost matters as well as frequency
A rare modelling error can destroy a long multi-part question; a frequent tiny arithmetic slip may be locally contained. Priority should consider recurrence, downstream impact and prerequisite reach.
5. Mastered material still needs maintenance
Removing a topic completely after one good session risks forgetting. Reduce its frequency after repeated spaced success, but keep it in cumulative mixed retrieval.
6. Blocked practice repairs; mixed practice selects
A short focused set is efficient when learning or repairing one method. Once stable, mix it with neighbouring methods so the learner must recognise when to use it. Examination readiness requires both execution and selection.
7. Timing belongs after a correct route exists
Adding the clock to a misunderstood method can train the wrong process faster. Establish correctness, then compress retrieval and execution, and finally test under whole-paper time pressure.
8. Revision plans should change
If fresh evidence shows a weakness is repaired, reduce its allocation. If a supposedly strong topic fails in mixed work, reopen it. A fixed timetable that ignores new data is administration, not adaptive revision.
9. Full papers are integration tests
Use them to test selection, pacing, endurance and interaction among topics. Do not use full papers as the only practice format when a narrow weakness can be repaired more efficiently with targeted work.
10. Readiness is repeated transfer, not one good score
A topic is stronger when it survives delay, changed surface features, mixed neighbours and timed conditions. Revision should progressively remove support until performance resembles the examination demand.
Part II. One hundred seventy revision decisions
11. Syllabus audit
For syllabus audit, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
12. Baseline paper
For baseline paper, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
13. Topic inventory
For topic inventory, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
14. Prerequisite map
For prerequisite map, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
15. Dependency map
For dependency map, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
16. Error log
For error log, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
17. Retrieval audit
For retrieval audit, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
18. Formula audit
For formula audit, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
19. Definition audit
For definition audit, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
20. Method-selection audit
For method-selection audit, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
21. Fluency audit
For fluency audit, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
22. Calculator audit
For calculator audit, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
23. Checking audit
For checking audit, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
24. Pacing audit
For pacing audit, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
25. Transfer audit
For transfer audit, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
26. Confidence calibration
For confidence calibration, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
27. Weak-topic ranking
For weak-topic ranking, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
28. High-frequency weakness
For high-frequency weakness, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
29. High-cost weakness
For high-cost weakness, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
30. High-leverage prerequisite
For high-leverage prerequisite, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
31. Low-frequency weakness
For low-frequency weakness, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
32. Maintenance topic
For maintenance topic, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
33. Mastered topic
For mastered topic, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
34. Unstable mastery
For unstable mastery, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
35. False mastery
For false mastery, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
36. Recognition illusion
For recognition illusion, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
37. Repeat-paper familiarity
For repeat-paper familiarity, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
38. Blocked practice
For blocked practice, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
39. Mixed practice
For mixed practice, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
40. Interleaving
For interleaving, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
41. Retrieval practice
For retrieval practice, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
42. Spaced retrieval
For spaced retrieval, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
43. Delayed retest
For delayed retest, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
44. Near transfer
For near transfer, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
45. Far transfer
For far transfer, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
46. Timed transfer
For timed transfer, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
47. Untimed diagnosis
For untimed diagnosis, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
48. Worked examples
For worked examples, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
49. Self explanation
For self explanation, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
50. Example completion
For example completion, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
51. Faded guidance
For faded guidance, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
52. Independent practice
For independent practice, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
53. Contrast pairs
For contrast pairs, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
54. Near-neighbour methods
For near-neighbour methods, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
55. Error injection
For error injection, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
56. Adversarial variation
For adversarial variation, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
57. Chapter-label removal
For chapter-label removal, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
58. Formula-sheet practice
For formula-sheet practice, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
59. Calculator practice
For calculator practice, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
60. Non-calculator practice
For non-calculator practice, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
61. Mental maths
For mental maths, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
62. Written arithmetic
For written arithmetic, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
63. Algebra fluency
For algebra fluency, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
64. Fraction fluency
For fraction fluency, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
65. Percentage fluency
For percentage fluency, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
66. Ratio fluency
For ratio fluency, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
67. Geometry recognition
For geometry recognition, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
68. Trigonometry selection
For trigonometry selection, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
69. Probability representation
For probability representation, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
70. Statistics interpretation
For statistics interpretation, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
71. Function notation
For function notation, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
72. Sequence recognition
For sequence recognition, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
73. Calculus execution
For calculus execution, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
74. Proof construction
For proof construction, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
75. Modelling assumptions
For modelling assumptions, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
76. Graph reading
For graph reading, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
77. Table reading
For table reading, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
78. Diagram reading
For diagram reading, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
79. Word-problem translation
For word-problem translation, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
80. Command words
For command words, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
81. Answer form
For answer form, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
82. Exactness
For exactness, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
83. Rounding
For rounding, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
84. Units
For units, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
85. Domain restrictions
For domain restrictions, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
86. Integer constraints
For integer constraints, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
87. Multi-step dependencies
For multi-step dependencies, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
88. Checking routines
For checking routines, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
89. Pacing routines
For pacing routines, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
90. Move-on routines
For move-on routines, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
91. Re-entry routines
For re-entry routines, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
92. Exam-day routines
For exam-day routines, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
93. Daily study block
For daily study block, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
94. Short study block
For short study block, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
95. Long study block
For long study block, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
96. Weekly cycle
For weekly cycle, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
97. Fortnight cycle
For fortnight cycle, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
98. Monthly cycle
For monthly cycle, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
99. Final-month plan
For final-month plan, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
100. Final-fortnight plan
For final-fortnight plan, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
101. Final-week plan
For final-week plan, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
102. Last-24-hours plan
For last-24-hours plan, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
103. Morning review
For morning review, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
104. Cumulative review
For cumulative review, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
105. Maintenance queue
For maintenance queue, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
106. Repair queue
For repair queue, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
107. Retrieval queue
For retrieval queue, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
108. Transfer queue
For transfer queue, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
109. Timed queue
For timed queue, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
110. Paper queue
For paper queue, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
111. Active weaknesses
For active weaknesses, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
112. Retired weaknesses
For retired weaknesses, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
113. Reopened weakness
For reopened weakness, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
114. Priority score
For priority score, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
115. Frequency
For frequency, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
116. Error cost
For error cost, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
117. Prerequisite reach
For prerequisite reach, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
118. Retrieval latency
For retrieval latency, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
119. Error rate
For error rate, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
120. Selection accuracy
For selection accuracy, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
121. Execution accuracy
For execution accuracy, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
122. Checking accuracy
For checking accuracy, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
123. Completion rate
For completion rate, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
124. Timing data
For timing data, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
125. Confidence rating
For confidence rating, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
126. Support level
For support level, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
127. Hint dependency
For hint dependency, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
128. Solution dependency
For solution dependency, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
129. Calculator dependency
For calculator dependency, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
130. Topic-label dependency
For topic-label dependency, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
131. Surface dependence
For surface dependence, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
132. Fresh-question performance
For fresh-question performance, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
133. Unseen performance
For unseen performance, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
134. Mixed performance
For mixed performance, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
135. Timed performance
For timed performance, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
136. Full-paper performance
For full-paper performance, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
137. Score trend
For score trend, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
138. Score volatility
For score volatility, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
139. Moving average
For moving average, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
140. One-off high score
For one-off high score, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
141. One-off low score
For one-off low score, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
142. Plateau
For plateau, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
143. Regression
For regression, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
144. Forgetting
For forgetting, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
145. Spacing interval
For spacing interval, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
146. Review interval
For review interval, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
147. Difficulty progression
For difficulty progression, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
148. Easy repair
For easy repair, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
149. Medium transfer
For medium transfer, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
150. Hard transfer
For hard transfer, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
151. Unfamiliar transfer
For unfamiliar transfer, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
152. Full-paper integration
For full-paper integration, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
153. Paper conservation
For paper conservation, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
154. Resource rotation
For resource rotation, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
155. Question freshness
For question freshness, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
156. Official past papers
For official past papers, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
157. Specimen papers
For specimen papers, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
158. Teacher-made sets
For teacher-made sets, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
159. Commercial practice
For commercial practice, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
160. Self-made variations
For self-made variations, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
161. Error-specific drills
For error-specific drills, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
162. Fluency microsets
For fluency microsets, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
163. Selection microsets
For selection microsets, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
164. Checking microsets
For checking microsets, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
165. Pacing microsets
For pacing microsets, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
166. Proof microsets
For proof microsets, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
167. Diagram microsets
For diagram microsets, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
168. Formula microsets
For formula microsets, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
169. Memory cards
For memory cards, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
170. Blank-page recall
For blank-page recall, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
171. Teach-back
For teach-back, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
172. Peer explanation
For peer explanation, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
173. Teacher feedback
For teacher feedback, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
174. Mark-scheme feedback
For mark-scheme feedback, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
175. Examiner reports
For examiner reports, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
176. Correction notebook
For correction notebook, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
177. Progress dashboard
For progress dashboard, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
178. Weekly replan
For weekly replan, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
179. Daily replan
For daily replan, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
180. Session stop rule
For session stop rule, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
181. Mastery criterion
For mastery criterion, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
182. Release criterion
For release criterion, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
183. Retest criterion
For retest criterion, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
184. Regression criterion
For regression criterion, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
185. Readiness criterion
For readiness criterion, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
186. Overpractice
For overpractice, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
187. Underpractice
For underpractice, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
188. Favourite-topic bias
For favourite-topic bias, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
189. Avoidance bias
For avoidance bias, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
190. Easy-question bias
For easy-question bias, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
191. Hard-question obsession
For hard-question obsession, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
192. Equal-time fallacy
For equal-time fallacy, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
193. Chapter-order fallacy
For chapter-order fallacy, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
194. Score-only planning
For score-only planning, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
195. Hours-only planning
For hours-only planning, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
196. Cramming
For cramming, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
197. Sleep-protected revision
For sleep-protected revision, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
198. Break scheduling
For break scheduling, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
199. Fatigue management
For fatigue management, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
200. Attention quality
For attention quality, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
201. Study environment
For study environment, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
202. Materials readiness
For materials readiness, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
203. Tool readiness
For tool readiness, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
204. Exam simulation
For exam simulation, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
205. Tapering
For tapering, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
206. Final integration
For final integration, decide what evidence would justify spending revision time here. A schedule should respond to current performance, prerequisite reach, recurrence and downstream error cost rather than equal chapter rotation.
Diagnosis drill. Name the failing component precisely: knowledge, retrieval, selection, representation, execution, checking, interpretation or pacing. Record the first invalid transition from recent work. This prevents broad topic labels from hiding the actual repair target.
Allocation drill. Choose the smallest practice format capable of changing that component. Give more time to high-leverage prerequisites and errors that propagate; give maintenance rather than full repair time to skills that already survive spaced mixed tests.
Retest drill. Define in advance what success will look like: fresh question, delayed recall, mixed selection, timed execution or full-paper transfer. Do not keep practising indefinitely after the criterion has been met.
Replan drill. At the next review, compare predicted weakness with actual evidence. Promote, demote, retire or reopen the item. A living plan should change when the learner changes.
Part III. Fifty original revision-planning laboratories
Laboratory 1. reverse percentage
Evidence. Repeatedly uses final amount as base.
Revision decision. Priority high if common/high-cost; repair with forward/reverse contrasts.
Exit test. Retest unseen without topic label. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 2. factor fluency
Evidence. Quadratics slow because factor pairs are slow.
Revision decision. Repair prerequisite before timing quadratics.
Exit test. Then return to mixed quadratics. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 3. geometry theorem
Evidence. Knows theorem when named, misses it in diagrams.
Revision decision. Selection weakness, not theorem recall.
Exit test. Rotate/redraw diagrams and mix neighbours. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 4. trig arithmetic
Evidence. Chooses correct ratio but calculator entry fails.
Revision decision. Execution/tool weakness.
Exit test. Short calculator/bracket/mode drills. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 5. probability
Evidence. Denominator fails after no replacement.
Revision decision. State-update weakness.
Exit test. Tree pairs differing only by replacement. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 6. statistics
Evidence. Mean strong, spread interpretation weak.
Revision decision. Concept/interpretation weakness.
Exit test. Compare paired data sets with same centre. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 7. proof
Evidence. Examples used for universal claims.
Revision decision. Evidence-type weakness.
Exit test. Definition-to-general-proof reconstruction. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 8. calculus
Evidence. Derivative correct, stationary classification wrong.
Revision decision. Interpretation/classification weakness.
Exit test. Mixed max/min/neither sets. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 9. pacing
Evidence. Knowledge strong, paper unfinished.
Revision decision. Timing/allocation weakness.
Exit test. Timed mixed sets with progress triggers. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 10. checking
Evidence. Same wrong equation recalculated.
Revision decision. Verification weakness.
Exit test. Independent substitution/unit/reconstruction checks. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 11. formula memory
Evidence. Formula unavailable from blank page.
Revision decision. Retrieval weakness.
Exit test. Spaced minimal-cue recall. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 12. formula selection
Evidence. Formula recalled but wrong one chosen.
Revision decision. Discrimination weakness.
Exit test. Near-neighbour method contrasts. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 13. algebra sign
Evidence. Occasional sign copy poisons long chains.
Revision decision. High-cost execution error.
Exit test. Bracket/sign checkpoints at dependency nodes. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 14. units
Evidence. Answers often omit square/cubic units.
Revision decision. Answer-form routine weakness.
Exit test. Quantity-type final scan. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 15. rounding
Evidence. Intermediate values rounded too early.
Revision decision. Precision workflow weakness.
Exit test. Preserve precision until final instruction. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 16. exact form
Evidence. Decimals used when exact required.
Revision decision. Command/answer-form weakness.
Exit test. Exact-versus-approximate contrast prompts. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 17. word problems
Evidence. Can execute after equation supplied.
Revision decision. Representation/model weakness.
Exit test. Target/givens/equation construction drills. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 18. unfamiliar
Evidence. Strong chapter sets, weak novel contexts.
Revision decision. Transfer weakness.
Exit test. Surface variation and label removal. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 19. repeat paper
Evidence. Score rises only on familiar papers.
Revision decision. Freshness problem.
Exit test. Reserve unseen questions for retest. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 20. confidence
Evidence. Changes correct answers without evidence.
Revision decision. Calibration weakness.
Exit test. Require independent failed check before switching. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 21. mastered fractions
Evidence. Repeated spaced mixed success.
Revision decision. Move to maintenance queue.
Exit test. Cumulative retrieval only. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 22. unstable ratios
Evidence. Good blocked, weak mixed.
Revision decision. Not yet mastered.
Exit test. Interleave ratios with percentages/proportion. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 23. one low score
Evidence. Single mock poor after fatigue.
Revision decision. Do not rebuild plan from one datum.
Exit test. Check trend and mechanism. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 24. one high score
Evidence. Single familiar mock excellent.
Revision decision. Do not declare readiness.
Exit test. Confirm unseen timed transfer. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 25. plateau
Evidence. Scores stable, same error types recur.
Revision decision. Change repair method, not merely volume.
Exit test. Target first failure. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 26. regression
Evidence. Previously strong algebra weak after gap.
Revision decision. Reopen maintenance item.
Exit test. Short diagnostic then repair if needed. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 27. final month
Evidence. Several mechanisms unresolved.
Revision decision. Rank prerequisite reach×cost×frequency.
Exit test. Combine repair with increasing integration. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 28. final week
Evidence. Core methods stable.
Revision decision. Reduce novelty; rehearse retrieval, mixed sets, paper routines.
Exit test. Protect sleep and reliability. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 29. last day
Evidence. No major new learning needed.
Revision decision. Use compact high-value retrieval/logistics.
Exit test. Avoid panic expansion. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 30. daily plan
Evidence. Two hours available.
Revision decision. Allocate diagnosis/repair/retrieval/mixed work by current queue.
Exit test. Do not divide equally by chapters. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 31. short session
Evidence. Twenty minutes available.
Revision decision. One retrieval set + one repair target + quick retest.
Exit test. Use narrow purpose. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 32. long session
Evidence. Ninety minutes available.
Revision decision. Repair, break, mixed transfer, debrief.
Exit test. Different modes reduce false fluency. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 33. maintenance
Evidence. Topic stable for weeks.
Revision decision. Space further while keeping cumulative exposure.
Exit test. Evidence controls interval. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 34. active repair
Evidence. Fresh errors persist.
Revision decision. Shorter retest interval and focused drills.
Exit test. Do not bury under full papers. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 35. paper conservation
Evidence. Few official papers remain.
Revision decision. Use them as integration tests, not disposable worksheets.
Exit test. Repair with other sources. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 36. error log
Evidence. Too many active entries.
Revision decision. Rank and retire resolved mechanisms.
Exit test. Attention is finite. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 37. favourite topic
Evidence. Student repeatedly revises strengths.
Revision decision. Allocation bias.
Exit test. Require evidence for every session block. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 38. avoidance
Evidence. Weak geometry repeatedly postponed.
Revision decision. Plan first small diagnostic/repair block.
Exit test. Reduce task size, not priority. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 39. hard obsession
Evidence. Student spends all revision on hardest problems.
Revision decision. Coverage imbalance.
Exit test. Maintain foundational/high-frequency work. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 40. easy bias
Evidence. Only easy fluency drills completed.
Revision decision. Transfer gap.
Exit test. Progress to mixed/unfamiliar questions. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 41. timing too early
Evidence. Method still misunderstood.
Revision decision. Remove clock and repair concept.
Exit test. Reintroduce timing after correctness. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 42. timing too late
Evidence. Everything untimed until final week.
Revision decision. Pressure transfer untested.
Exit test. Add progressive timed mixed work. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 43. support dependency
Evidence. Succeeds only with hints.
Revision decision. Fade cues.
Exit test. Release requires independent retrieval. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 44. calculator dependency
Evidence. Cannot estimate/simple compute without device.
Revision decision. Build structural number fluency where syllabus needs it.
Exit test. Tool should not replace meaning. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 45. chapter label
Evidence. Method available only when topic named.
Revision decision. Selection not independent.
Exit test. Remove headings and mix. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 46. full-paper return
Evidence. Targeted repairs now pass fresh tests.
Revision decision. Reintegrate into timed paper.
Exit test. Test interactions. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 47. readiness
Evidence. Several unseen papers stable with manageable errors.
Revision decision. Shift toward maintenance and exam-day rehearsal.
Exit test. Do not overtrain one narrow weakness. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 48. replan
Evidence. New mock exposes unexpected graph weakness.
Revision decision. Open graph-reading repair queue.
Exit test. Plan follows evidence. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Laboratory 49. release
Evidence. Weakness survives delay, disguise and time.
Revision decision. Retire from active queue.
Exit test. Keep spaced maintenance. Revision time should have a condition for leaving the repair state.
Schedule move. Place the item in repair, retrieval, transfer, timed integration or maintenance. State why. The category determines what the next session should actually contain.
Replan question. What new evidence would make you change this allocation? Decide that before the next test so the timetable remains responsive rather than sentimental.
Part IV. A 20-day adaptive revision cycle
Day 1. Diagnose, repair, transfer, replan
Begin with a short cumulative retrieval or mixed diagnostic rather than rereading notes. Select one or two high-leverage weaknesses from the evidence. Define the first failing transition and choose a repair format matched to that mechanism.
After focused repair, close solutions and complete fresh transfer questions. Mix the repaired method with plausible neighbours. If selection and execution remain stable, add modest time pressure; if not, return to the failing component rather than increasing volume.
End by updating the queues. Promote repaired items toward mixed/timed work, move stable items toward maintenance, and reopen anything that regressed. Tomorrow’s plan should be generated from today’s evidence.
Day 2. Diagnose, repair, transfer, replan
Begin with a short cumulative retrieval or mixed diagnostic rather than rereading notes. Select one or two high-leverage weaknesses from the evidence. Define the first failing transition and choose a repair format matched to that mechanism.
After focused repair, close solutions and complete fresh transfer questions. Mix the repaired method with plausible neighbours. If selection and execution remain stable, add modest time pressure; if not, return to the failing component rather than increasing volume.
End by updating the queues. Promote repaired items toward mixed/timed work, move stable items toward maintenance, and reopen anything that regressed. Tomorrow’s plan should be generated from today’s evidence.
Day 3. Diagnose, repair, transfer, replan
Begin with a short cumulative retrieval or mixed diagnostic rather than rereading notes. Select one or two high-leverage weaknesses from the evidence. Define the first failing transition and choose a repair format matched to that mechanism.
After focused repair, close solutions and complete fresh transfer questions. Mix the repaired method with plausible neighbours. If selection and execution remain stable, add modest time pressure; if not, return to the failing component rather than increasing volume.
End by updating the queues. Promote repaired items toward mixed/timed work, move stable items toward maintenance, and reopen anything that regressed. Tomorrow’s plan should be generated from today’s evidence.
Day 4. Diagnose, repair, transfer, replan
Begin with a short cumulative retrieval or mixed diagnostic rather than rereading notes. Select one or two high-leverage weaknesses from the evidence. Define the first failing transition and choose a repair format matched to that mechanism.
After focused repair, close solutions and complete fresh transfer questions. Mix the repaired method with plausible neighbours. If selection and execution remain stable, add modest time pressure; if not, return to the failing component rather than increasing volume.
End by updating the queues. Promote repaired items toward mixed/timed work, move stable items toward maintenance, and reopen anything that regressed. Tomorrow’s plan should be generated from today’s evidence.
Day 5. Diagnose, repair, transfer, replan
Begin with a short cumulative retrieval or mixed diagnostic rather than rereading notes. Select one or two high-leverage weaknesses from the evidence. Define the first failing transition and choose a repair format matched to that mechanism.
After focused repair, close solutions and complete fresh transfer questions. Mix the repaired method with plausible neighbours. If selection and execution remain stable, add modest time pressure; if not, return to the failing component rather than increasing volume.
End by updating the queues. Promote repaired items toward mixed/timed work, move stable items toward maintenance, and reopen anything that regressed. Tomorrow’s plan should be generated from today’s evidence.
Day 6. Diagnose, repair, transfer, replan
Begin with a short cumulative retrieval or mixed diagnostic rather than rereading notes. Select one or two high-leverage weaknesses from the evidence. Define the first failing transition and choose a repair format matched to that mechanism.
After focused repair, close solutions and complete fresh transfer questions. Mix the repaired method with plausible neighbours. If selection and execution remain stable, add modest time pressure; if not, return to the failing component rather than increasing volume.
End by updating the queues. Promote repaired items toward mixed/timed work, move stable items toward maintenance, and reopen anything that regressed. Tomorrow’s plan should be generated from today’s evidence.
Day 7. Diagnose, repair, transfer, replan
Begin with a short cumulative retrieval or mixed diagnostic rather than rereading notes. Select one or two high-leverage weaknesses from the evidence. Define the first failing transition and choose a repair format matched to that mechanism.
After focused repair, close solutions and complete fresh transfer questions. Mix the repaired method with plausible neighbours. If selection and execution remain stable, add modest time pressure; if not, return to the failing component rather than increasing volume.
End by updating the queues. Promote repaired items toward mixed/timed work, move stable items toward maintenance, and reopen anything that regressed. Tomorrow’s plan should be generated from today’s evidence.
Day 8. Diagnose, repair, transfer, replan
Begin with a short cumulative retrieval or mixed diagnostic rather than rereading notes. Select one or two high-leverage weaknesses from the evidence. Define the first failing transition and choose a repair format matched to that mechanism.
After focused repair, close solutions and complete fresh transfer questions. Mix the repaired method with plausible neighbours. If selection and execution remain stable, add modest time pressure; if not, return to the failing component rather than increasing volume.
End by updating the queues. Promote repaired items toward mixed/timed work, move stable items toward maintenance, and reopen anything that regressed. Tomorrow’s plan should be generated from today’s evidence.
Day 9. Diagnose, repair, transfer, replan
Begin with a short cumulative retrieval or mixed diagnostic rather than rereading notes. Select one or two high-leverage weaknesses from the evidence. Define the first failing transition and choose a repair format matched to that mechanism.
After focused repair, close solutions and complete fresh transfer questions. Mix the repaired method with plausible neighbours. If selection and execution remain stable, add modest time pressure; if not, return to the failing component rather than increasing volume.
End by updating the queues. Promote repaired items toward mixed/timed work, move stable items toward maintenance, and reopen anything that regressed. Tomorrow’s plan should be generated from today’s evidence.
Day 10. Diagnose, repair, transfer, replan
Begin with a short cumulative retrieval or mixed diagnostic rather than rereading notes. Select one or two high-leverage weaknesses from the evidence. Define the first failing transition and choose a repair format matched to that mechanism.
After focused repair, close solutions and complete fresh transfer questions. Mix the repaired method with plausible neighbours. If selection and execution remain stable, add modest time pressure; if not, return to the failing component rather than increasing volume.
End by updating the queues. Promote repaired items toward mixed/timed work, move stable items toward maintenance, and reopen anything that regressed. Tomorrow’s plan should be generated from today’s evidence.
Day 11. Diagnose, repair, transfer, replan
Begin with a short cumulative retrieval or mixed diagnostic rather than rereading notes. Select one or two high-leverage weaknesses from the evidence. Define the first failing transition and choose a repair format matched to that mechanism.
After focused repair, close solutions and complete fresh transfer questions. Mix the repaired method with plausible neighbours. If selection and execution remain stable, add modest time pressure; if not, return to the failing component rather than increasing volume.
End by updating the queues. Promote repaired items toward mixed/timed work, move stable items toward maintenance, and reopen anything that regressed. Tomorrow’s plan should be generated from today’s evidence.
Day 12. Diagnose, repair, transfer, replan
Begin with a short cumulative retrieval or mixed diagnostic rather than rereading notes. Select one or two high-leverage weaknesses from the evidence. Define the first failing transition and choose a repair format matched to that mechanism.
After focused repair, close solutions and complete fresh transfer questions. Mix the repaired method with plausible neighbours. If selection and execution remain stable, add modest time pressure; if not, return to the failing component rather than increasing volume.
End by updating the queues. Promote repaired items toward mixed/timed work, move stable items toward maintenance, and reopen anything that regressed. Tomorrow’s plan should be generated from today’s evidence.
Day 13. Diagnose, repair, transfer, replan
Begin with a short cumulative retrieval or mixed diagnostic rather than rereading notes. Select one or two high-leverage weaknesses from the evidence. Define the first failing transition and choose a repair format matched to that mechanism.
After focused repair, close solutions and complete fresh transfer questions. Mix the repaired method with plausible neighbours. If selection and execution remain stable, add modest time pressure; if not, return to the failing component rather than increasing volume.
End by updating the queues. Promote repaired items toward mixed/timed work, move stable items toward maintenance, and reopen anything that regressed. Tomorrow’s plan should be generated from today’s evidence.
Day 14. Diagnose, repair, transfer, replan
Begin with a short cumulative retrieval or mixed diagnostic rather than rereading notes. Select one or two high-leverage weaknesses from the evidence. Define the first failing transition and choose a repair format matched to that mechanism.
After focused repair, close solutions and complete fresh transfer questions. Mix the repaired method with plausible neighbours. If selection and execution remain stable, add modest time pressure; if not, return to the failing component rather than increasing volume.
End by updating the queues. Promote repaired items toward mixed/timed work, move stable items toward maintenance, and reopen anything that regressed. Tomorrow’s plan should be generated from today’s evidence.
Day 15. Diagnose, repair, transfer, replan
Begin with a short cumulative retrieval or mixed diagnostic rather than rereading notes. Select one or two high-leverage weaknesses from the evidence. Define the first failing transition and choose a repair format matched to that mechanism.
After focused repair, close solutions and complete fresh transfer questions. Mix the repaired method with plausible neighbours. If selection and execution remain stable, add modest time pressure; if not, return to the failing component rather than increasing volume.
End by updating the queues. Promote repaired items toward mixed/timed work, move stable items toward maintenance, and reopen anything that regressed. Tomorrow’s plan should be generated from today’s evidence.
Day 16. Diagnose, repair, transfer, replan
Begin with a short cumulative retrieval or mixed diagnostic rather than rereading notes. Select one or two high-leverage weaknesses from the evidence. Define the first failing transition and choose a repair format matched to that mechanism.
After focused repair, close solutions and complete fresh transfer questions. Mix the repaired method with plausible neighbours. If selection and execution remain stable, add modest time pressure; if not, return to the failing component rather than increasing volume.
End by updating the queues. Promote repaired items toward mixed/timed work, move stable items toward maintenance, and reopen anything that regressed. Tomorrow’s plan should be generated from today’s evidence.
Day 17. Diagnose, repair, transfer, replan
Begin with a short cumulative retrieval or mixed diagnostic rather than rereading notes. Select one or two high-leverage weaknesses from the evidence. Define the first failing transition and choose a repair format matched to that mechanism.
After focused repair, close solutions and complete fresh transfer questions. Mix the repaired method with plausible neighbours. If selection and execution remain stable, add modest time pressure; if not, return to the failing component rather than increasing volume.
End by updating the queues. Promote repaired items toward mixed/timed work, move stable items toward maintenance, and reopen anything that regressed. Tomorrow’s plan should be generated from today’s evidence.
Day 18. Diagnose, repair, transfer, replan
Begin with a short cumulative retrieval or mixed diagnostic rather than rereading notes. Select one or two high-leverage weaknesses from the evidence. Define the first failing transition and choose a repair format matched to that mechanism.
After focused repair, close solutions and complete fresh transfer questions. Mix the repaired method with plausible neighbours. If selection and execution remain stable, add modest time pressure; if not, return to the failing component rather than increasing volume.
End by updating the queues. Promote repaired items toward mixed/timed work, move stable items toward maintenance, and reopen anything that regressed. Tomorrow’s plan should be generated from today’s evidence.
Day 19. Diagnose, repair, transfer, replan
Begin with a short cumulative retrieval or mixed diagnostic rather than rereading notes. Select one or two high-leverage weaknesses from the evidence. Define the first failing transition and choose a repair format matched to that mechanism.
After focused repair, close solutions and complete fresh transfer questions. Mix the repaired method with plausible neighbours. If selection and execution remain stable, add modest time pressure; if not, return to the failing component rather than increasing volume.
End by updating the queues. Promote repaired items toward mixed/timed work, move stable items toward maintenance, and reopen anything that regressed. Tomorrow’s plan should be generated from today’s evidence.
Day 20. Diagnose, repair, transfer, replan
Begin with a short cumulative retrieval or mixed diagnostic rather than rereading notes. Select one or two high-leverage weaknesses from the evidence. Define the first failing transition and choose a repair format matched to that mechanism.
After focused repair, close solutions and complete fresh transfer questions. Mix the repaired method with plausible neighbours. If selection and execution remain stable, add modest time pressure; if not, return to the failing component rather than increasing volume.
End by updating the queues. Promote repaired items toward mixed/timed work, move stable items toward maintenance, and reopen anything that regressed. Tomorrow’s plan should be generated from today’s evidence.
Part V. Frequently asked questions
How should I revise for a maths exam?
Allocate time by mechanism and leverage rather than chapter equality. Repair prerequisite failures early, keep strong material alive through spaced cumulative retrieval, and move repaired skills progressively into mixed, unfamiliar and timed conditions.
Use repeated fresh evidence to change the plan. One good or bad score should not dominate unless its mechanism is clear. A revision schedule is successful when it becomes more accurate about what the learner needs next.
How do I make a maths revision timetable?
Allocate time by mechanism and leverage rather than chapter equality. Repair prerequisite failures early, keep strong material alive through spaced cumulative retrieval, and move repaired skills progressively into mixed, unfamiliar and timed conditions.
Use repeated fresh evidence to change the plan. One good or bad score should not dominate unless its mechanism is clear. A revision schedule is successful when it becomes more accurate about what the learner needs next.
Which maths topics should I revise first?
Allocate time by mechanism and leverage rather than chapter equality. Repair prerequisite failures early, keep strong material alive through spaced cumulative retrieval, and move repaired skills progressively into mixed, unfamiliar and timed conditions.
Use repeated fresh evidence to change the plan. One good or bad score should not dominate unless its mechanism is clear. A revision schedule is successful when it becomes more accurate about what the learner needs next.
Should I spend equal time on every topic?
Allocate time by mechanism and leverage rather than chapter equality. Repair prerequisite failures early, keep strong material alive through spaced cumulative retrieval, and move repaired skills progressively into mixed, unfamiliar and timed conditions.
Use repeated fresh evidence to change the plan. One good or bad score should not dominate unless its mechanism is clear. A revision schedule is successful when it becomes more accurate about what the learner needs next.
How do I identify my weakest maths topics?
Allocate time by mechanism and leverage rather than chapter equality. Repair prerequisite failures early, keep strong material alive through spaced cumulative retrieval, and move repaired skills progressively into mixed, unfamiliar and timed conditions.
Use repeated fresh evidence to change the plan. One good or bad score should not dominate unless its mechanism is clear. A revision schedule is successful when it becomes more accurate about what the learner needs next.
Should I revise prerequisites first?
Allocate time by mechanism and leverage rather than chapter equality. Repair prerequisite failures early, keep strong material alive through spaced cumulative retrieval, and move repaired skills progressively into mixed, unfamiliar and timed conditions.
Use repeated fresh evidence to change the plan. One good or bad score should not dominate unless its mechanism is clear. A revision schedule is successful when it becomes more accurate about what the learner needs next.
How often should I revisit strong topics?
Allocate time by mechanism and leverage rather than chapter equality. Repair prerequisite failures early, keep strong material alive through spaced cumulative retrieval, and move repaired skills progressively into mixed, unfamiliar and timed conditions.
Use repeated fresh evidence to change the plan. One good or bad score should not dominate unless its mechanism is clear. A revision schedule is successful when it becomes more accurate about what the learner needs next.
How much past-paper practice should I do?
Allocate time by mechanism and leverage rather than chapter equality. Repair prerequisite failures early, keep strong material alive through spaced cumulative retrieval, and move repaired skills progressively into mixed, unfamiliar and timed conditions.
Use repeated fresh evidence to change the plan. One good or bad score should not dominate unless its mechanism is clear. A revision schedule is successful when it becomes more accurate about what the learner needs next.
Should I do full papers every day?
Allocate time by mechanism and leverage rather than chapter equality. Repair prerequisite failures early, keep strong material alive through spaced cumulative retrieval, and move repaired skills progressively into mixed, unfamiliar and timed conditions.
Use repeated fresh evidence to change the plan. One good or bad score should not dominate unless its mechanism is clear. A revision schedule is successful when it becomes more accurate about what the learner needs next.
When should I use topic questions?
Allocate time by mechanism and leverage rather than chapter equality. Repair prerequisite failures early, keep strong material alive through spaced cumulative retrieval, and move repaired skills progressively into mixed, unfamiliar and timed conditions.
Use repeated fresh evidence to change the plan. One good or bad score should not dominate unless its mechanism is clear. A revision schedule is successful when it becomes more accurate about what the learner needs next.
When should I start mixed practice?
Allocate time by mechanism and leverage rather than chapter equality. Repair prerequisite failures early, keep strong material alive through spaced cumulative retrieval, and move repaired skills progressively into mixed, unfamiliar and timed conditions.
Use repeated fresh evidence to change the plan. One good or bad score should not dominate unless its mechanism is clear. A revision schedule is successful when it becomes more accurate about what the learner needs next.
When should I start timed practice?
Allocate time by mechanism and leverage rather than chapter equality. Repair prerequisite failures early, keep strong material alive through spaced cumulative retrieval, and move repaired skills progressively into mixed, unfamiliar and timed conditions.
Use repeated fresh evidence to change the plan. One good or bad score should not dominate unless its mechanism is clear. A revision schedule is successful when it becomes more accurate about what the learner needs next.
How do I know a weak topic is fixed?
Allocate time by mechanism and leverage rather than chapter equality. Repair prerequisite failures early, keep strong material alive through spaced cumulative retrieval, and move repaired skills progressively into mixed, unfamiliar and timed conditions.
Use repeated fresh evidence to change the plan. One good or bad score should not dominate unless its mechanism is clear. A revision schedule is successful when it becomes more accurate about what the learner needs next.
What if a topic is good in practice but bad in exams?
Allocate time by mechanism and leverage rather than chapter equality. Repair prerequisite failures early, keep strong material alive through spaced cumulative retrieval, and move repaired skills progressively into mixed, unfamiliar and timed conditions.
Use repeated fresh evidence to change the plan. One good or bad score should not dominate unless its mechanism is clear. A revision schedule is successful when it becomes more accurate about what the learner needs next.
How do I stop revising only my favourite topics?
Allocate time by mechanism and leverage rather than chapter equality. Repair prerequisite failures early, keep strong material alive through spaced cumulative retrieval, and move repaired skills progressively into mixed, unfamiliar and timed conditions.
Use repeated fresh evidence to change the plan. One good or bad score should not dominate unless its mechanism is clear. A revision schedule is successful when it becomes more accurate about what the learner needs next.
What should I do in the final month?
Allocate time by mechanism and leverage rather than chapter equality. Repair prerequisite failures early, keep strong material alive through spaced cumulative retrieval, and move repaired skills progressively into mixed, unfamiliar and timed conditions.
Use repeated fresh evidence to change the plan. One good or bad score should not dominate unless its mechanism is clear. A revision schedule is successful when it becomes more accurate about what the learner needs next.
What should I do in the final week?
Allocate time by mechanism and leverage rather than chapter equality. Repair prerequisite failures early, keep strong material alive through spaced cumulative retrieval, and move repaired skills progressively into mixed, unfamiliar and timed conditions.
Use repeated fresh evidence to change the plan. One good or bad score should not dominate unless its mechanism is clear. A revision schedule is successful when it becomes more accurate about what the learner needs next.
What should I do the day before?
Allocate time by mechanism and leverage rather than chapter equality. Repair prerequisite failures early, keep strong material alive through spaced cumulative retrieval, and move repaired skills progressively into mixed, unfamiliar and timed conditions.
Use repeated fresh evidence to change the plan. One good or bad score should not dominate unless its mechanism is clear. A revision schedule is successful when it becomes more accurate about what the learner needs next.
How do I know if I am ready for the maths exam?
Allocate time by mechanism and leverage rather than chapter equality. Repair prerequisite failures early, keep strong material alive through spaced cumulative retrieval, and move repaired skills progressively into mixed, unfamiliar and timed conditions.
Use repeated fresh evidence to change the plan. One good or bad score should not dominate unless its mechanism is clear. A revision schedule is successful when it becomes more accurate about what the learner needs next.
How often should I change my revision plan?
Allocate time by mechanism and leverage rather than chapter equality. Repair prerequisite failures early, keep strong material alive through spaced cumulative retrieval, and move repaired skills progressively into mixed, unfamiliar and timed conditions.
Use repeated fresh evidence to change the plan. One good or bad score should not dominate unless its mechanism is clear. A revision schedule is successful when it becomes more accurate about what the learner needs next.
A creative-writing lens: revision is allocation, not decoration
A writer revising a manuscript does not spend equal time on every paragraph. A broken argument, missing scene or weak ending may deserve more attention than already-polished sentences. Mathematics revision is similarly selective: effort follows the part of the system that most limits the final performance.
Use the eduKate ecosystem as a route
Use How to Use Maths Past Papers for integration tests, How to Analyse Maths Mistakes for repair, How to Remember Maths Formulas, Methods and Definitions for retrieval, and the Mathematics Learning Hub for prerequisite content.
Scope note and final answer
Exact syllabus weighting, paper structure and permitted resources vary by qualification. Use current official specifications and examination guidance when deciding content coverage. The examples here are original teaching material. Adrian, Jo, Ben, Aisha, Ryan, Mira, Clara and Ethan are fictional teaching characters.
The central habit is: revise the mathematics that the evidence says is limiting you, then keep testing whether the limitation has moved. A good schedule is not fixed; it becomes more selective as mastery becomes more stable.