Grade 4 Procedural Writing Vocabulary | 100 How-To Writing Terms for Steps, Sequence, Instructions, Safety & Revision

Grade 4 Procedural Writing Vocabulary is a world-facing guide to 100 fourth grade how-to writing terms, Grade 4 procedural writing vocabulary, instructions, steps, sequence words, action verbs, materials, measurements, safety warnings, diagrams, conditions, troubleshooting and revision. The goal is to help Primary 4 learners write instructions another person can actually follow.

Current Grade 4 procedural-writing resources emphasize a clear goal, required materials, ordered steps, precise action verbs, sequence language, measurements, diagrams or visuals, safety information and a conclusion or result. The strongest test of a procedure is not whether it sounds good to the writer; it is whether a new user can complete the task safely and successfully.

This page owns the new Primary 4 / Grade 4 Procedural and How-To Writing vocabulary search family. It is additive and distinct from transition-word, informational-writing and academic-verb owners. Alicia, Tricia and Kai Kai model the loop: define the goal → prepare materials → order actions → specify quantities and conditions → warn about risks → test with a user → troubleshoot → revise → finalize.

The 50-Second Procedural-Writing Rule

• State the goal.
• List every required material or tool.
• Put steps in the order the user must perform them.
• Begin steps with precise action verbs.
• Give measurements and quantities when they matter.
• State conditions before the reader needs them.
• Add safety warnings near the relevant step.
• Use diagrams or labels only when they clarify action.
• Have someone else test the instructions.
• Revise every place where the user hesitates or fails.

Procedural Writing Foundations

These ten terms belong to the procedural writing foundations family. Learn each by using it to make a procedure clearer, safer or easier to repeat.

1. procedure

Definition: a set of ordered actions used to complete a task.

Example: Alicia writes a procedure for planting a seed.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates procedure. Then write one unclear or unsafe version and explain the failure.

Transfer: Use procedure in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

2. how-to text

Definition: a text explaining how to do or make something.

Example: Tricia creates a how-to text for folding a paper glider.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates how-to text. Then write one unclear or unsafe version and explain the failure.

Transfer: Use how-to text in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

3. instruction

Definition: a direction telling someone what action to take.

Example: Kai Kai writes one instruction per step.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates instruction. Then write one unclear or unsafe version and explain the failure.

Transfer: Use instruction in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

4. goal

Definition: the result the procedure is meant to achieve.

Example: The goal is to build a stable bridge model.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates goal. Then write one unclear or unsafe version and explain the failure.

Transfer: Use goal in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

5. purpose

Definition: the reason the procedure exists.

Example: The purpose is to help a reader repeat the task safely.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates purpose. Then write one unclear or unsafe version and explain the failure.

Transfer: Use purpose in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

6. audience

Definition: the people expected to follow the procedure.

Example: Alicia explains unfamiliar terms because the audience is younger pupils.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates audience. Then write one unclear or unsafe version and explain the failure.

Transfer: Use audience in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

7. task

Definition: the activity to be completed.

Example: Tricia defines the task before listing steps.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates task. Then write one unclear or unsafe version and explain the failure.

Transfer: Use task in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

8. outcome

Definition: the result produced when the procedure is followed.

Example: Kai Kai checks whether the outcome matches the instructions.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates outcome. Then write one unclear or unsafe version and explain the failure.

Transfer: Use outcome in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

9. method

Definition: an organized way of carrying out the task.

Example: Alicia compares two methods for measuring volume.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates method. Then write one unclear or unsafe version and explain the failure.

Transfer: Use method in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

10. process

Definition: a series of actions or changes leading to a result.

Example: The water-filtration process has several stages.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates process. Then write one unclear or unsafe version and explain the failure.

Transfer: Use process in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

Procedural Writing Foundations mini-practice

1. Create one procedural-writing task requiring procedure. Write the exact instruction or feature and explain its function for the user.
2. Create one procedural-writing task requiring how-to text. Write the exact instruction or feature and explain its function for the user.
3. Create one procedural-writing task requiring instruction. Write the exact instruction or feature and explain its function for the user.
4. Create one procedural-writing task requiring goal. Write the exact instruction or feature and explain its function for the user.
5. Create one procedural-writing task requiring purpose. Write the exact instruction or feature and explain its function for the user.
6. Create one procedural-writing task requiring audience. Write the exact instruction or feature and explain its function for the user.
7. Create one procedural-writing task requiring task. Write the exact instruction or feature and explain its function for the user.
8. Create one procedural-writing task requiring outcome. Write the exact instruction or feature and explain its function for the user.
9. Create one procedural-writing task requiring method. Write the exact instruction or feature and explain its function for the user.
10. Create one procedural-writing task requiring process. Write the exact instruction or feature and explain its function for the user.

Materials and Preparation

These ten terms belong to the materials and preparation family. Learn each by using it to make a procedure clearer, safer or easier to repeat.

11. materials

Definition: items or substances needed for the task.

Example: Tricia lists all materials before the steps begin.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates materials. Then write one unclear or unsafe version and explain the failure.

Transfer: Use materials in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

12. equipment

Definition: tools or devices needed for the procedure.

Example: Kai Kai checks the equipment before starting.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates equipment. Then write one unclear or unsafe version and explain the failure.

Transfer: Use equipment in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

13. ingredient

Definition: a substance used as part of a mixture or recipe.

Example: Alicia measures each ingredient carefully.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates ingredient. Then write one unclear or unsafe version and explain the failure.

Transfer: Use ingredient in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

14. tool

Definition: an object used to perform a task.

Example: A ruler is one tool used in the construction.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates tool. Then write one unclear or unsafe version and explain the failure.

Transfer: Use tool in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

15. quantity

Definition: an amount or number required.

Example: Tricia specifies the quantity of water.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates quantity. Then write one unclear or unsafe version and explain the failure.

Transfer: Use quantity in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

16. measurement

Definition: a value found using a unit or scale.

Example: Kai Kai records a measurement of 20 centimetres.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates measurement. Then write one unclear or unsafe version and explain the failure.

Transfer: Use measurement in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

17. unit

Definition: a standard amount used for measurement.

Example: Alicia writes millilitres as the unit.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates unit. Then write one unclear or unsafe version and explain the failure.

Transfer: Use unit in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

18. preparation

Definition: work completed before the main steps begin.

Example: Tricia includes preparation such as clearing the table.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates preparation. Then write one unclear or unsafe version and explain the failure.

Transfer: Use preparation in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

19. setup

Definition: the arrangement of tools, materials or equipment before starting.

Example: Kai Kai checks the setup for safety.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates setup. Then write one unclear or unsafe version and explain the failure.

Transfer: Use setup in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

20. checklist

Definition: a list used to confirm that required items or steps are ready.

Example: Alicia uses a checklist before the experiment.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates checklist. Then write one unclear or unsafe version and explain the failure.

Transfer: Use checklist in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

Materials and Preparation mini-practice

1. Create one procedural-writing task requiring materials. Write the exact instruction or feature and explain its function for the user.
2. Create one procedural-writing task requiring equipment. Write the exact instruction or feature and explain its function for the user.
3. Create one procedural-writing task requiring ingredient. Write the exact instruction or feature and explain its function for the user.
4. Create one procedural-writing task requiring tool. Write the exact instruction or feature and explain its function for the user.
5. Create one procedural-writing task requiring quantity. Write the exact instruction or feature and explain its function for the user.
6. Create one procedural-writing task requiring measurement. Write the exact instruction or feature and explain its function for the user.
7. Create one procedural-writing task requiring unit. Write the exact instruction or feature and explain its function for the user.
8. Create one procedural-writing task requiring preparation. Write the exact instruction or feature and explain its function for the user.
9. Create one procedural-writing task requiring setup. Write the exact instruction or feature and explain its function for the user.
10. Create one procedural-writing task requiring checklist. Write the exact instruction or feature and explain its function for the user.

Sequence and Order

These ten terms belong to the sequence and order family. Learn each by using it to make a procedure clearer, safer or easier to repeat.

21. sequence

Definition: the order in which steps occur.

Example: Tricia arranges the sequence from preparation to cleanup.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates sequence. Then write one unclear or unsafe version and explain the failure.

Transfer: Use sequence in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

22. step

Definition: one action or stage in a procedure.

Example: Kai Kai writes each step separately.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates step. Then write one unclear or unsafe version and explain the failure.

Transfer: Use step in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

23. stage

Definition: a larger part of a process containing one or more steps.

Example: Alicia divides the task into three stages.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates stage. Then write one unclear or unsafe version and explain the failure.

Transfer: Use stage in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

24. first

Definition: a sequence word marking the beginning.

Example: First, wash the container.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates first. Then write one unclear or unsafe version and explain the failure.

Transfer: Use first in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

25. next

Definition: a sequence word marking the following action.

Example: Next, add the soil.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates next. Then write one unclear or unsafe version and explain the failure.

Transfer: Use next in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

26. then

Definition: a sequence word showing what follows.

Example: Then, place the seed in the hole.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates then. Then write one unclear or unsafe version and explain the failure.

Transfer: Use then in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

27. after

Definition: a time word showing one action follows another.

Example: After the glue dries, test the model.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates after. Then write one unclear or unsafe version and explain the failure.

Transfer: Use after in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

28. before

Definition: a time word showing one action must happen earlier.

Example: Before cutting, mark the line.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates before. Then write one unclear or unsafe version and explain the failure.

Transfer: Use before in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

29. finally

Definition: a sequence word marking the last main step.

Example: Finally, label the finished diagram.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates finally. Then write one unclear or unsafe version and explain the failure.

Transfer: Use finally in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

30. chronological order

Definition: arrangement according to the order actions occur.

Example: The whole procedure uses chronological order.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates chronological order. Then write one unclear or unsafe version and explain the failure.

Transfer: Use chronological order in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

Sequence and Order mini-practice

1. Create one procedural-writing task requiring sequence. Write the exact instruction or feature and explain its function for the user.
2. Create one procedural-writing task requiring step. Write the exact instruction or feature and explain its function for the user.
3. Create one procedural-writing task requiring stage. Write the exact instruction or feature and explain its function for the user.
4. Create one procedural-writing task requiring first. Write the exact instruction or feature and explain its function for the user.
5. Create one procedural-writing task requiring next. Write the exact instruction or feature and explain its function for the user.
6. Create one procedural-writing task requiring then. Write the exact instruction or feature and explain its function for the user.
7. Create one procedural-writing task requiring after. Write the exact instruction or feature and explain its function for the user.
8. Create one procedural-writing task requiring before. Write the exact instruction or feature and explain its function for the user.
9. Create one procedural-writing task requiring finally. Write the exact instruction or feature and explain its function for the user.
10. Create one procedural-writing task requiring chronological order. Write the exact instruction or feature and explain its function for the user.

Action Verbs

These ten terms belong to the action verbs family. Learn each by using it to make a procedure clearer, safer or easier to repeat.

31. measure

Definition: find the size, amount or quantity using a tool or unit.

Example: Measure 100 millilitres of water.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates measure. Then write one unclear or unsafe version and explain the failure.

Transfer: Use measure in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

32. pour

Definition: cause a liquid or small particles to flow from one container to another.

Example: Pour the water slowly into the cup.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates pour. Then write one unclear or unsafe version and explain the failure.

Transfer: Use pour in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

33. mix

Definition: combine substances or parts.

Example: Mix the soil and compost.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates mix. Then write one unclear or unsafe version and explain the failure.

Transfer: Use mix in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

34. stir

Definition: move a spoon or tool around in a liquid or mixture.

Example: Stir the solution gently.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates stir. Then write one unclear or unsafe version and explain the failure.

Transfer: Use stir in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

35. cut

Definition: divide material using a sharp tool.

Example: Cut along the marked line.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates cut. Then write one unclear or unsafe version and explain the failure.

Transfer: Use cut in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

36. fold

Definition: bend material so one part lies over another.

Example: Fold the paper in half.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates fold. Then write one unclear or unsafe version and explain the failure.

Transfer: Use fold in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

37. attach

Definition: join one part to another.

Example: Attach the straw to the card.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates attach. Then write one unclear or unsafe version and explain the failure.

Transfer: Use attach in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

38. insert

Definition: put one thing into another.

Example: Insert the tab into the slot.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates insert. Then write one unclear or unsafe version and explain the failure.

Transfer: Use insert in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

39. align

Definition: place items in a correct line or position relative to one another.

Example: Align the ruler with the edge.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates align. Then write one unclear or unsafe version and explain the failure.

Transfer: Use align in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

40. secure

Definition: fasten something so it stays in place.

Example: Secure the two pieces with tape.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates secure. Then write one unclear or unsafe version and explain the failure.

Transfer: Use secure in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

Action Verbs mini-practice

1. Create one procedural-writing task requiring measure. Write the exact instruction or feature and explain its function for the user.
2. Create one procedural-writing task requiring pour. Write the exact instruction or feature and explain its function for the user.
3. Create one procedural-writing task requiring mix. Write the exact instruction or feature and explain its function for the user.
4. Create one procedural-writing task requiring stir. Write the exact instruction or feature and explain its function for the user.
5. Create one procedural-writing task requiring cut. Write the exact instruction or feature and explain its function for the user.
6. Create one procedural-writing task requiring fold. Write the exact instruction or feature and explain its function for the user.
7. Create one procedural-writing task requiring attach. Write the exact instruction or feature and explain its function for the user.
8. Create one procedural-writing task requiring insert. Write the exact instruction or feature and explain its function for the user.
9. Create one procedural-writing task requiring align. Write the exact instruction or feature and explain its function for the user.
10. Create one procedural-writing task requiring secure. Write the exact instruction or feature and explain its function for the user.

Precision and Constraints

These ten terms belong to the precision and constraints family. Learn each by using it to make a procedure clearer, safer or easier to repeat.

41. exact

Definition: fully correct rather than approximate.

Example: Use the exact amount stated.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates exact. Then write one unclear or unsafe version and explain the failure.

Transfer: Use exact in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

42. approximate

Definition: close to the required value but not exact.

Example: An approximate length is acceptable for this trial.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates approximate. Then write one unclear or unsafe version and explain the failure.

Transfer: Use approximate in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

43. minimum

Definition: the smallest acceptable amount or value.

Example: Wait a minimum of five minutes.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates minimum. Then write one unclear or unsafe version and explain the failure.

Transfer: Use minimum in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

44. maximum

Definition: the largest acceptable amount or value.

Example: Do not exceed the maximum volume.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates maximum. Then write one unclear or unsafe version and explain the failure.

Transfer: Use maximum in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

45. limit

Definition: a boundary that should not be exceeded.

Example: Keep the temperature below the stated limit.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates limit. Then write one unclear or unsafe version and explain the failure.

Transfer: Use limit in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

46. range

Definition: the span between lower and upper acceptable values.

Example: Keep the length within the given range.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates range. Then write one unclear or unsafe version and explain the failure.

Transfer: Use range in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

47. equal

Definition: the same in quantity, size or value.

Example: Divide the strip into equal parts.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates equal. Then write one unclear or unsafe version and explain the failure.

Transfer: Use equal in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

48. evenly

Definition: in a balanced or uniform way.

Example: Spread the glue evenly.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates evenly. Then write one unclear or unsafe version and explain the failure.

Transfer: Use evenly in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

49. gradually

Definition: little by little over time or steps.

Example: Add the water gradually.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates gradually. Then write one unclear or unsafe version and explain the failure.

Transfer: Use gradually in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

50. completely

Definition: to the full extent.

Example: Allow the surface to dry completely.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates completely. Then write one unclear or unsafe version and explain the failure.

Transfer: Use completely in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

Precision and Constraints mini-practice

1. Create one procedural-writing task requiring exact. Write the exact instruction or feature and explain its function for the user.
2. Create one procedural-writing task requiring approximate. Write the exact instruction or feature and explain its function for the user.
3. Create one procedural-writing task requiring minimum. Write the exact instruction or feature and explain its function for the user.
4. Create one procedural-writing task requiring maximum. Write the exact instruction or feature and explain its function for the user.
5. Create one procedural-writing task requiring limit. Write the exact instruction or feature and explain its function for the user.
6. Create one procedural-writing task requiring range. Write the exact instruction or feature and explain its function for the user.
7. Create one procedural-writing task requiring equal. Write the exact instruction or feature and explain its function for the user.
8. Create one procedural-writing task requiring evenly. Write the exact instruction or feature and explain its function for the user.
9. Create one procedural-writing task requiring gradually. Write the exact instruction or feature and explain its function for the user.
10. Create one procedural-writing task requiring completely. Write the exact instruction or feature and explain its function for the user.

Safety and Warnings

These ten terms belong to the safety and warnings family. Learn each by using it to make a procedure clearer, safer or easier to repeat.

51. safety

Definition: the condition of avoiding unnecessary harm or danger.

Example: Alicia adds a safety note before using scissors.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates safety. Then write one unclear or unsafe version and explain the failure.

Transfer: Use safety in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

52. warning

Definition: a statement alerting the reader to possible danger or error.

Example: The warning says not to touch the hot container.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates warning. Then write one unclear or unsafe version and explain the failure.

Transfer: Use warning in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

53. caution

Definition: care taken to avoid harm or mistakes.

Example: Tricia tells readers to use caution around sharp edges.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates caution. Then write one unclear or unsafe version and explain the failure.

Transfer: Use caution in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

54. hazard

Definition: something with the potential to cause harm.

Example: Kai Kai identifies hot water as a hazard.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates hazard. Then write one unclear or unsafe version and explain the failure.

Transfer: Use hazard in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

55. protective

Definition: designed to reduce risk or prevent harm.

Example: Wear protective gloves if required.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates protective. Then write one unclear or unsafe version and explain the failure.

Transfer: Use protective in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

56. carefully

Definition: in a way that avoids damage, injury or error.

Example: Cut carefully along the line.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates carefully. Then write one unclear or unsafe version and explain the failure.

Transfer: Use carefully in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

57. safely

Definition: without creating unnecessary danger.

Example: Store the tool safely after use.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates safely. Then write one unclear or unsafe version and explain the failure.

Transfer: Use safely in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

58. avoid

Definition: keep away from or prevent.

Example: Avoid touching the wet paint.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates avoid. Then write one unclear or unsafe version and explain the failure.

Transfer: Use avoid in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

59. risk

Definition: the possibility of harm or an unwanted result.

Example: Alicia explains the risk of overfilling the container.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates risk. Then write one unclear or unsafe version and explain the failure.

Transfer: Use risk in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

60. emergency

Definition: a serious situation requiring immediate action.

Example: The procedure states what to do in an emergency.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates emergency. Then write one unclear or unsafe version and explain the failure.

Transfer: Use emergency in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

Safety and Warnings mini-practice

1. Create one procedural-writing task requiring safety. Write the exact instruction or feature and explain its function for the user.
2. Create one procedural-writing task requiring warning. Write the exact instruction or feature and explain its function for the user.
3. Create one procedural-writing task requiring caution. Write the exact instruction or feature and explain its function for the user.
4. Create one procedural-writing task requiring hazard. Write the exact instruction or feature and explain its function for the user.
5. Create one procedural-writing task requiring protective. Write the exact instruction or feature and explain its function for the user.
6. Create one procedural-writing task requiring carefully. Write the exact instruction or feature and explain its function for the user.
7. Create one procedural-writing task requiring safely. Write the exact instruction or feature and explain its function for the user.
8. Create one procedural-writing task requiring avoid. Write the exact instruction or feature and explain its function for the user.
9. Create one procedural-writing task requiring risk. Write the exact instruction or feature and explain its function for the user.
10. Create one procedural-writing task requiring emergency. Write the exact instruction or feature and explain its function for the user.

Clarity and Formatting

These ten terms belong to the clarity and formatting family. Learn each by using it to make a procedure clearer, safer or easier to repeat.

61. heading

Definition: a title naming a section of the procedure.

Example: Materials appears as a heading.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates heading. Then write one unclear or unsafe version and explain the failure.

Transfer: Use heading in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

62. numbered list

Definition: a list using numbers to show order.

Example: Tricia writes the steps as a numbered list.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates numbered list. Then write one unclear or unsafe version and explain the failure.

Transfer: Use numbered list in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

63. bullet point

Definition: a symbol marking an item in a list.

Example: Kai Kai uses bullet points for materials.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates bullet point. Then write one unclear or unsafe version and explain the failure.

Transfer: Use bullet point in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

64. label

Definition: a word or phrase naming a part of a diagram.

Example: Alicia adds labels to the equipment diagram.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates label. Then write one unclear or unsafe version and explain the failure.

Transfer: Use label in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

65. diagram

Definition: a visual showing parts, positions or relationships.

Example: The diagram shows where to place the folds.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates diagram. Then write one unclear or unsafe version and explain the failure.

Transfer: Use diagram in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

66. illustration

Definition: a drawn visual helping explain the task.

Example: Tricia includes an illustration of the final model.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates illustration. Then write one unclear or unsafe version and explain the failure.

Transfer: Use illustration in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

67. caption

Definition: text explaining a visual.

Example: Kai Kai writes a short caption under the image.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates caption. Then write one unclear or unsafe version and explain the failure.

Transfer: Use caption in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

68. bold print

Definition: darkened text used to emphasize important words.

Example: Alicia uses bold print for safety warnings.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates bold print. Then write one unclear or unsafe version and explain the failure.

Transfer: Use bold print in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

69. spacing

Definition: visual separation that helps readers distinguish sections and steps.

Example: Clear spacing makes the procedure easier to scan.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates spacing. Then write one unclear or unsafe version and explain the failure.

Transfer: Use spacing in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

70. format

Definition: the overall arrangement of text and visuals.

Example: Tricia chooses a format with materials, steps and safety notes.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates format. Then write one unclear or unsafe version and explain the failure.

Transfer: Use format in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

Clarity and Formatting mini-practice

1. Create one procedural-writing task requiring heading. Write the exact instruction or feature and explain its function for the user.
2. Create one procedural-writing task requiring numbered list. Write the exact instruction or feature and explain its function for the user.
3. Create one procedural-writing task requiring bullet point. Write the exact instruction or feature and explain its function for the user.
4. Create one procedural-writing task requiring label. Write the exact instruction or feature and explain its function for the user.
5. Create one procedural-writing task requiring diagram. Write the exact instruction or feature and explain its function for the user.
6. Create one procedural-writing task requiring illustration. Write the exact instruction or feature and explain its function for the user.
7. Create one procedural-writing task requiring caption. Write the exact instruction or feature and explain its function for the user.
8. Create one procedural-writing task requiring bold print. Write the exact instruction or feature and explain its function for the user.
9. Create one procedural-writing task requiring spacing. Write the exact instruction or feature and explain its function for the user.
10. Create one procedural-writing task requiring format. Write the exact instruction or feature and explain its function for the user.

Testing and Troubleshooting

These ten terms belong to the testing and troubleshooting family. Learn each by using it to make a procedure clearer, safer or easier to repeat.

71. test

Definition: try something to check whether it works.

Example: Kai Kai tests the bridge after construction.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates test. Then write one unclear or unsafe version and explain the failure.

Transfer: Use test in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

72. check

Definition: inspect something for correctness or safety.

Example: Alicia checks the measurement before cutting.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates check. Then write one unclear or unsafe version and explain the failure.

Transfer: Use check in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

73. verify

Definition: confirm that something is correct or complete.

Example: Tricia verifies that all parts are attached.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates verify. Then write one unclear or unsafe version and explain the failure.

Transfer: Use verify in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

74. result

Definition: what happens after the procedure or test.

Example: Kai Kai records the result.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates result. Then write one unclear or unsafe version and explain the failure.

Transfer: Use result in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

75. success criterion

Definition: a condition showing that the task has been completed successfully.

Example: The success criterion is that the model holds 500 grams.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates success criterion. Then write one unclear or unsafe version and explain the failure.

Transfer: Use success criterion in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

76. error

Definition: a mistake or incorrect condition.

Example: Alicia finds an error in the measurement.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates error. Then write one unclear or unsafe version and explain the failure.

Transfer: Use error in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

77. troubleshoot

Definition: identify and fix the cause of a problem.

Example: Tricia troubleshoots the motor when it stops.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates troubleshoot. Then write one unclear or unsafe version and explain the failure.

Transfer: Use troubleshoot in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

78. adjust

Definition: change something slightly to improve the result.

Example: Kai Kai adjusts the angle of the ramp.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates adjust. Then write one unclear or unsafe version and explain the failure.

Transfer: Use adjust in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

79. repeat

Definition: perform an action again.

Example: Alicia repeats the measurement to confirm it.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates repeat. Then write one unclear or unsafe version and explain the failure.

Transfer: Use repeat in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

80. improve

Definition: make the method or result better.

Example: Tricia improves the procedure after the first trial.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates improve. Then write one unclear or unsafe version and explain the failure.

Transfer: Use improve in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

Testing and Troubleshooting mini-practice

1. Create one procedural-writing task requiring test. Write the exact instruction or feature and explain its function for the user.
2. Create one procedural-writing task requiring check. Write the exact instruction or feature and explain its function for the user.
3. Create one procedural-writing task requiring verify. Write the exact instruction or feature and explain its function for the user.
4. Create one procedural-writing task requiring result. Write the exact instruction or feature and explain its function for the user.
5. Create one procedural-writing task requiring success criterion. Write the exact instruction or feature and explain its function for the user.
6. Create one procedural-writing task requiring error. Write the exact instruction or feature and explain its function for the user.
7. Create one procedural-writing task requiring troubleshoot. Write the exact instruction or feature and explain its function for the user.
8. Create one procedural-writing task requiring adjust. Write the exact instruction or feature and explain its function for the user.
9. Create one procedural-writing task requiring repeat. Write the exact instruction or feature and explain its function for the user.
10. Create one procedural-writing task requiring improve. Write the exact instruction or feature and explain its function for the user.

Conditional and Cause-Effect Instructions

These ten terms belong to the conditional and cause-effect instructions family. Learn each by using it to make a procedure clearer, safer or easier to repeat.

81. if

Definition: a word introducing a condition.

Example: If the mixture is too dry, add a little water.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates if. Then write one unclear or unsafe version and explain the failure.

Transfer: Use if in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

82. unless

Definition: a word meaning except if.

Example: Do not remove the clamp unless the glue is dry.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates unless. Then write one unclear or unsafe version and explain the failure.

Transfer: Use unless in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

83. when

Definition: a word introducing the time or condition for an action.

Example: When the timer rings, remove the tray.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates when. Then write one unclear or unsafe version and explain the failure.

Transfer: Use when in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

84. because

Definition: a word introducing a reason.

Example: Use a flat surface because uneven ground affects the test.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates because. Then write one unclear or unsafe version and explain the failure.

Transfer: Use because in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

85. therefore

Definition: a word showing a result or conclusion.

Example: The surface is wet; therefore, wait before painting.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates therefore. Then write one unclear or unsafe version and explain the failure.

Transfer: Use therefore in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

86. so that

Definition: a phrase introducing purpose.

Example: Label the cups so that they are not confused.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates so that. Then write one unclear or unsafe version and explain the failure.

Transfer: Use so that in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

87. in order to

Definition: a phrase introducing purpose.

Example: Measure twice in order to reduce error.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates in order to. Then write one unclear or unsafe version and explain the failure.

Transfer: Use in order to in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

88. otherwise

Definition: a word showing what may happen if a condition is not met.

Example: Tighten the lid; otherwise, the liquid may leak.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates otherwise. Then write one unclear or unsafe version and explain the failure.

Transfer: Use otherwise in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

89. condition

Definition: a requirement that must be true before another action.

Example: Dryness is a condition for the next step.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates condition. Then write one unclear or unsafe version and explain the failure.

Transfer: Use condition in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

90. consequence

Definition: a result that follows from an action or failure to act.

Example: A leak is a consequence of leaving the lid loose.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates consequence. Then write one unclear or unsafe version and explain the failure.

Transfer: Use consequence in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

Conditional and Cause-Effect Instructions mini-practice

1. Create one procedural-writing task requiring if. Write the exact instruction or feature and explain its function for the user.
2. Create one procedural-writing task requiring unless. Write the exact instruction or feature and explain its function for the user.
3. Create one procedural-writing task requiring when. Write the exact instruction or feature and explain its function for the user.
4. Create one procedural-writing task requiring because. Write the exact instruction or feature and explain its function for the user.
5. Create one procedural-writing task requiring therefore. Write the exact instruction or feature and explain its function for the user.
6. Create one procedural-writing task requiring so that. Write the exact instruction or feature and explain its function for the user.
7. Create one procedural-writing task requiring in order to. Write the exact instruction or feature and explain its function for the user.
8. Create one procedural-writing task requiring otherwise. Write the exact instruction or feature and explain its function for the user.
9. Create one procedural-writing task requiring condition. Write the exact instruction or feature and explain its function for the user.
10. Create one procedural-writing task requiring consequence. Write the exact instruction or feature and explain its function for the user.

Revision and User Testing

These ten terms belong to the revision and user testing family. Learn each by using it to make a procedure clearer, safer or easier to repeat.

91. draft

Definition: an early version of the procedure.

Example: Alicia’s draft assumes the reader knows where to cut.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates draft. Then write one unclear or unsafe version and explain the failure.

Transfer: Use draft in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

92. revision

Definition: changing instructions, order or explanation to improve usability.

Example: Tricia revises the steps after a classmate gets confused.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates revision. Then write one unclear or unsafe version and explain the failure.

Transfer: Use revision in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

93. edit

Definition: correct grammar, punctuation, spelling and wording.

Example: Kai Kai edits the final instructions.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates edit. Then write one unclear or unsafe version and explain the failure.

Transfer: Use edit in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

94. proofread

Definition: check the nearly finished procedure for surface errors.

Example: Alicia proofreads the labels.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates proofread. Then write one unclear or unsafe version and explain the failure.

Transfer: Use proofread in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

95. user test

Definition: having another person follow the procedure to reveal unclear instructions.

Example: Tricia conducts a user test with a classmate.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates user test. Then write one unclear or unsafe version and explain the failure.

Transfer: Use user test in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

96. feedback

Definition: information from a user about what was clear or confusing.

Example: Kai Kai records feedback after the trial.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates feedback. Then write one unclear or unsafe version and explain the failure.

Transfer: Use feedback in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

97. clarify

Definition: make an instruction easier to understand.

Example: Alicia clarifies what she means by turn slightly.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates clarify. Then write one unclear or unsafe version and explain the failure.

Transfer: Use clarify in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

98. reorder

Definition: change the order of steps.

Example: Tricia reorders two steps that were reversed.

Kai Kai’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates reorder. Then write one unclear or unsafe version and explain the failure.

Transfer: Use reorder in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

99. remove

Definition: delete an unnecessary or misleading instruction.

Example: Kai Kai removes a repeated step.

Alicia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates remove. Then write one unclear or unsafe version and explain the failure.

Transfer: Use remove in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

100. finalize

Definition: complete the procedure after testing and revision.

Example: Alicia finalizes only after a new reader can follow it successfully.

Tricia’s procedure check: Describe the exact instruction, format choice, safety decision or testing action that demonstrates finalize. Then write one unclear or unsafe version and explain the failure.

Transfer: Use finalize in a different Grade 4 how-to task. Create one strong instruction and explain what makes it executable by another person.

Revision and User Testing mini-practice

1. Create one procedural-writing task requiring draft. Write the exact instruction or feature and explain its function for the user.
2. Create one procedural-writing task requiring revision. Write the exact instruction or feature and explain its function for the user.
3. Create one procedural-writing task requiring edit. Write the exact instruction or feature and explain its function for the user.
4. Create one procedural-writing task requiring proofread. Write the exact instruction or feature and explain its function for the user.
5. Create one procedural-writing task requiring user test. Write the exact instruction or feature and explain its function for the user.
6. Create one procedural-writing task requiring feedback. Write the exact instruction or feature and explain its function for the user.
7. Create one procedural-writing task requiring clarify. Write the exact instruction or feature and explain its function for the user.
8. Create one procedural-writing task requiring reorder. Write the exact instruction or feature and explain its function for the user.
9. Create one procedural-writing task requiring remove. Write the exact instruction or feature and explain its function for the user.
10. Create one procedural-writing task requiring finalize. Write the exact instruction or feature and explain its function for the user.

Ten Core Procedural Workshops

1. Write a materials list and six steps for making a paper glider.
2. Revise a vague instruction such as Put it there into an executable instruction.
3. Add exact measurements to a procedure that currently says some water and a little paper.
4. Write a safety warning and place it beside the step where the risk occurs.
5. Turn a paragraph of instructions into a numbered sequence.
6. Write three conditional instructions using if, when and otherwise.
7. Create a labelled diagram for one step that is hard to explain in words alone.
8. Test a procedure with a classmate and record every hesitation.
9. Troubleshoot a failed result and identify which instruction needs revision.
10. Write a success criterion so the user knows whether the task worked.

100 Retrieval Prompts

1. Retrieve the procedural-writing term meaning “a set of ordered actions used to complete a task”: procedure. Give one original instruction-writing example.
2. Retrieve the procedural-writing term meaning “a text explaining how to do or make something”: how-to text. Give one original instruction-writing example.
3. Retrieve the procedural-writing term meaning “a direction telling someone what action to take”: instruction. Give one original instruction-writing example.
4. Retrieve the procedural-writing term meaning “the result the procedure is meant to achieve”: goal. Give one original instruction-writing example.
5. Retrieve the procedural-writing term meaning “the reason the procedure exists”: purpose. Give one original instruction-writing example.
6. Retrieve the procedural-writing term meaning “the people expected to follow the procedure”: audience. Give one original instruction-writing example.
7. Retrieve the procedural-writing term meaning “the activity to be completed”: task. Give one original instruction-writing example.
8. Retrieve the procedural-writing term meaning “the result produced when the procedure is followed”: outcome. Give one original instruction-writing example.
9. Retrieve the procedural-writing term meaning “an organized way of carrying out the task”: method. Give one original instruction-writing example.
10. Retrieve the procedural-writing term meaning “a series of actions or changes leading to a result”: process. Give one original instruction-writing example.
11. Retrieve the procedural-writing term meaning “items or substances needed for the task”: materials. Give one original instruction-writing example.
12. Retrieve the procedural-writing term meaning “tools or devices needed for the procedure”: equipment. Give one original instruction-writing example.
13. Retrieve the procedural-writing term meaning “a substance used as part of a mixture or recipe”: ingredient. Give one original instruction-writing example.
14. Retrieve the procedural-writing term meaning “an object used to perform a task”: tool. Give one original instruction-writing example.
15. Retrieve the procedural-writing term meaning “an amount or number required”: quantity. Give one original instruction-writing example.
16. Retrieve the procedural-writing term meaning “a value found using a unit or scale”: measurement. Give one original instruction-writing example.
17. Retrieve the procedural-writing term meaning “a standard amount used for measurement”: unit. Give one original instruction-writing example.
18. Retrieve the procedural-writing term meaning “work completed before the main steps begin”: preparation. Give one original instruction-writing example.
19. Retrieve the procedural-writing term meaning “the arrangement of tools, materials or equipment before starting”: setup. Give one original instruction-writing example.
20. Retrieve the procedural-writing term meaning “a list used to confirm that required items or steps are ready”: checklist. Give one original instruction-writing example.
21. Retrieve the procedural-writing term meaning “the order in which steps occur”: sequence. Give one original instruction-writing example.
22. Retrieve the procedural-writing term meaning “one action or stage in a procedure”: step. Give one original instruction-writing example.
23. Retrieve the procedural-writing term meaning “a larger part of a process containing one or more steps”: stage. Give one original instruction-writing example.
24. Retrieve the procedural-writing term meaning “a sequence word marking the beginning”: first. Give one original instruction-writing example.
25. Retrieve the procedural-writing term meaning “a sequence word marking the following action”: next. Give one original instruction-writing example.
26. Retrieve the procedural-writing term meaning “a sequence word showing what follows”: then. Give one original instruction-writing example.
27. Retrieve the procedural-writing term meaning “a time word showing one action follows another”: after. Give one original instruction-writing example.
28. Retrieve the procedural-writing term meaning “a time word showing one action must happen earlier”: before. Give one original instruction-writing example.
29. Retrieve the procedural-writing term meaning “a sequence word marking the last main step”: finally. Give one original instruction-writing example.
30. Retrieve the procedural-writing term meaning “arrangement according to the order actions occur”: chronological order. Give one original instruction-writing example.
31. Retrieve the procedural-writing term meaning “find the size, amount or quantity using a tool or unit”: measure. Give one original instruction-writing example.
32. Retrieve the procedural-writing term meaning “cause a liquid or small particles to flow from one container to another”: pour. Give one original instruction-writing example.
33. Retrieve the procedural-writing term meaning “combine substances or parts”: mix. Give one original instruction-writing example.
34. Retrieve the procedural-writing term meaning “move a spoon or tool around in a liquid or mixture”: stir. Give one original instruction-writing example.
35. Retrieve the procedural-writing term meaning “divide material using a sharp tool”: cut. Give one original instruction-writing example.
36. Retrieve the procedural-writing term meaning “bend material so one part lies over another”: fold. Give one original instruction-writing example.
37. Retrieve the procedural-writing term meaning “join one part to another”: attach. Give one original instruction-writing example.
38. Retrieve the procedural-writing term meaning “put one thing into another”: insert. Give one original instruction-writing example.
39. Retrieve the procedural-writing term meaning “place items in a correct line or position relative to one another”: align. Give one original instruction-writing example.
40. Retrieve the procedural-writing term meaning “fasten something so it stays in place”: secure. Give one original instruction-writing example.
41. Retrieve the procedural-writing term meaning “fully correct rather than approximate”: exact. Give one original instruction-writing example.
42. Retrieve the procedural-writing term meaning “close to the required value but not exact”: approximate. Give one original instruction-writing example.
43. Retrieve the procedural-writing term meaning “the smallest acceptable amount or value”: minimum. Give one original instruction-writing example.
44. Retrieve the procedural-writing term meaning “the largest acceptable amount or value”: maximum. Give one original instruction-writing example.
45. Retrieve the procedural-writing term meaning “a boundary that should not be exceeded”: limit. Give one original instruction-writing example.
46. Retrieve the procedural-writing term meaning “the span between lower and upper acceptable values”: range. Give one original instruction-writing example.
47. Retrieve the procedural-writing term meaning “the same in quantity, size or value”: equal. Give one original instruction-writing example.
48. Retrieve the procedural-writing term meaning “in a balanced or uniform way”: evenly. Give one original instruction-writing example.
49. Retrieve the procedural-writing term meaning “little by little over time or steps”: gradually. Give one original instruction-writing example.
50. Retrieve the procedural-writing term meaning “to the full extent”: completely. Give one original instruction-writing example.
51. Retrieve the procedural-writing term meaning “the condition of avoiding unnecessary harm or danger”: safety. Give one original instruction-writing example.
52. Retrieve the procedural-writing term meaning “a statement alerting the reader to possible danger or error”: warning. Give one original instruction-writing example.
53. Retrieve the procedural-writing term meaning “care taken to avoid harm or mistakes”: caution. Give one original instruction-writing example.
54. Retrieve the procedural-writing term meaning “something with the potential to cause harm”: hazard. Give one original instruction-writing example.
55. Retrieve the procedural-writing term meaning “designed to reduce risk or prevent harm”: protective. Give one original instruction-writing example.
56. Retrieve the procedural-writing term meaning “in a way that avoids damage, injury or error”: carefully. Give one original instruction-writing example.
57. Retrieve the procedural-writing term meaning “without creating unnecessary danger”: safely. Give one original instruction-writing example.
58. Retrieve the procedural-writing term meaning “keep away from or prevent”: avoid. Give one original instruction-writing example.
59. Retrieve the procedural-writing term meaning “the possibility of harm or an unwanted result”: risk. Give one original instruction-writing example.
60. Retrieve the procedural-writing term meaning “a serious situation requiring immediate action”: emergency. Give one original instruction-writing example.
61. Retrieve the procedural-writing term meaning “a title naming a section of the procedure”: heading. Give one original instruction-writing example.
62. Retrieve the procedural-writing term meaning “a list using numbers to show order”: numbered list. Give one original instruction-writing example.
63. Retrieve the procedural-writing term meaning “a symbol marking an item in a list”: bullet point. Give one original instruction-writing example.
64. Retrieve the procedural-writing term meaning “a word or phrase naming a part of a diagram”: label. Give one original instruction-writing example.
65. Retrieve the procedural-writing term meaning “a visual showing parts, positions or relationships”: diagram. Give one original instruction-writing example.
66. Retrieve the procedural-writing term meaning “a drawn visual helping explain the task”: illustration. Give one original instruction-writing example.
67. Retrieve the procedural-writing term meaning “text explaining a visual”: caption. Give one original instruction-writing example.
68. Retrieve the procedural-writing term meaning “darkened text used to emphasize important words”: bold print. Give one original instruction-writing example.
69. Retrieve the procedural-writing term meaning “visual separation that helps readers distinguish sections and steps”: spacing. Give one original instruction-writing example.
70. Retrieve the procedural-writing term meaning “the overall arrangement of text and visuals”: format. Give one original instruction-writing example.
71. Retrieve the procedural-writing term meaning “try something to check whether it works”: test. Give one original instruction-writing example.
72. Retrieve the procedural-writing term meaning “inspect something for correctness or safety”: check. Give one original instruction-writing example.
73. Retrieve the procedural-writing term meaning “confirm that something is correct or complete”: verify. Give one original instruction-writing example.
74. Retrieve the procedural-writing term meaning “what happens after the procedure or test”: result. Give one original instruction-writing example.
75. Retrieve the procedural-writing term meaning “a condition showing that the task has been completed successfully”: success criterion. Give one original instruction-writing example.
76. Retrieve the procedural-writing term meaning “a mistake or incorrect condition”: error. Give one original instruction-writing example.
77. Retrieve the procedural-writing term meaning “identify and fix the cause of a problem”: troubleshoot. Give one original instruction-writing example.
78. Retrieve the procedural-writing term meaning “change something slightly to improve the result”: adjust. Give one original instruction-writing example.
79. Retrieve the procedural-writing term meaning “perform an action again”: repeat. Give one original instruction-writing example.
80. Retrieve the procedural-writing term meaning “make the method or result better”: improve. Give one original instruction-writing example.
81. Retrieve the procedural-writing term meaning “a word introducing a condition”: if. Give one original instruction-writing example.
82. Retrieve the procedural-writing term meaning “a word meaning except if”: unless. Give one original instruction-writing example.
83. Retrieve the procedural-writing term meaning “a word introducing the time or condition for an action”: when. Give one original instruction-writing example.
84. Retrieve the procedural-writing term meaning “a word introducing a reason”: because. Give one original instruction-writing example.
85. Retrieve the procedural-writing term meaning “a word showing a result or conclusion”: therefore. Give one original instruction-writing example.
86. Retrieve the procedural-writing term meaning “a phrase introducing purpose”: so that. Give one original instruction-writing example.
87. Retrieve the procedural-writing term meaning “a phrase introducing purpose”: in order to. Give one original instruction-writing example.
88. Retrieve the procedural-writing term meaning “a word showing what may happen if a condition is not met”: otherwise. Give one original instruction-writing example.
89. Retrieve the procedural-writing term meaning “a requirement that must be true before another action”: condition. Give one original instruction-writing example.
90. Retrieve the procedural-writing term meaning “a result that follows from an action or failure to act”: consequence. Give one original instruction-writing example.
91. Retrieve the procedural-writing term meaning “an early version of the procedure”: draft. Give one original instruction-writing example.
92. Retrieve the procedural-writing term meaning “changing instructions, order or explanation to improve usability”: revision. Give one original instruction-writing example.
93. Retrieve the procedural-writing term meaning “correct grammar, punctuation, spelling and wording”: edit. Give one original instruction-writing example.
94. Retrieve the procedural-writing term meaning “check the nearly finished procedure for surface errors”: proofread. Give one original instruction-writing example.
95. Retrieve the procedural-writing term meaning “having another person follow the procedure to reveal unclear instructions”: user test. Give one original instruction-writing example.
96. Retrieve the procedural-writing term meaning “information from a user about what was clear or confusing”: feedback. Give one original instruction-writing example.
97. Retrieve the procedural-writing term meaning “make an instruction easier to understand”: clarify. Give one original instruction-writing example.
98. Retrieve the procedural-writing term meaning “change the order of steps”: reorder. Give one original instruction-writing example.
99. Retrieve the procedural-writing term meaning “delete an unnecessary or misleading instruction”: remove. Give one original instruction-writing example.
100. Retrieve the procedural-writing term meaning “complete the procedure after testing and revision”: finalize. Give one original instruction-writing example.

100 User-Failure Challenges

1. Create one how-to example where procedure is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
2. Create one how-to example where how-to text is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
3. Create one how-to example where instruction is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
4. Create one how-to example where goal is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
5. Create one how-to example where purpose is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
6. Create one how-to example where audience is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
7. Create one how-to example where task is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
8. Create one how-to example where outcome is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
9. Create one how-to example where method is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
10. Create one how-to example where process is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
11. Create one how-to example where materials is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
12. Create one how-to example where equipment is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
13. Create one how-to example where ingredient is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
14. Create one how-to example where tool is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
15. Create one how-to example where quantity is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
16. Create one how-to example where measurement is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
17. Create one how-to example where unit is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
18. Create one how-to example where preparation is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
19. Create one how-to example where setup is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
20. Create one how-to example where checklist is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
21. Create one how-to example where sequence is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
22. Create one how-to example where step is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
23. Create one how-to example where stage is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
24. Create one how-to example where first is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
25. Create one how-to example where next is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
26. Create one how-to example where then is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
27. Create one how-to example where after is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
28. Create one how-to example where before is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
29. Create one how-to example where finally is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
30. Create one how-to example where chronological order is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
31. Create one how-to example where measure is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
32. Create one how-to example where pour is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
33. Create one how-to example where mix is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
34. Create one how-to example where stir is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
35. Create one how-to example where cut is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
36. Create one how-to example where fold is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
37. Create one how-to example where attach is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
38. Create one how-to example where insert is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
39. Create one how-to example where align is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
40. Create one how-to example where secure is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
41. Create one how-to example where exact is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
42. Create one how-to example where approximate is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
43. Create one how-to example where minimum is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
44. Create one how-to example where maximum is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
45. Create one how-to example where limit is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
46. Create one how-to example where range is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
47. Create one how-to example where equal is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
48. Create one how-to example where evenly is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
49. Create one how-to example where gradually is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
50. Create one how-to example where completely is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
51. Create one how-to example where safety is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
52. Create one how-to example where warning is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
53. Create one how-to example where caution is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
54. Create one how-to example where hazard is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
55. Create one how-to example where protective is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
56. Create one how-to example where carefully is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
57. Create one how-to example where safely is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
58. Create one how-to example where avoid is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
59. Create one how-to example where risk is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
60. Create one how-to example where emergency is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
61. Create one how-to example where heading is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
62. Create one how-to example where numbered list is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
63. Create one how-to example where bullet point is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
64. Create one how-to example where label is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
65. Create one how-to example where diagram is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
66. Create one how-to example where illustration is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
67. Create one how-to example where caption is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
68. Create one how-to example where bold print is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
69. Create one how-to example where spacing is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
70. Create one how-to example where format is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
71. Create one how-to example where test is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
72. Create one how-to example where check is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
73. Create one how-to example where verify is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
74. Create one how-to example where result is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
75. Create one how-to example where success criterion is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
76. Create one how-to example where error is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
77. Create one how-to example where troubleshoot is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
78. Create one how-to example where adjust is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
79. Create one how-to example where repeat is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
80. Create one how-to example where improve is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
81. Create one how-to example where if is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
82. Create one how-to example where unless is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
83. Create one how-to example where when is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
84. Create one how-to example where because is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
85. Create one how-to example where therefore is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
86. Create one how-to example where so that is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
87. Create one how-to example where in order to is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
88. Create one how-to example where otherwise is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
89. Create one how-to example where condition is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
90. Create one how-to example where consequence is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
91. Create one how-to example where draft is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
92. Create one how-to example where revision is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
93. Create one how-to example where edit is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
94. Create one how-to example where proofread is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
95. Create one how-to example where user test is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
96. Create one how-to example where feedback is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
97. Create one how-to example where clarify is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
98. Create one how-to example where reorder is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
99. Create one how-to example where remove is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.
100. Create one how-to example where finalize is missing or unclear. Predict the user’s likely mistake, then revise the procedure to prevent it.

100 Precision Challenges

1. Use procedure to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
2. Use how-to text to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
3. Use instruction to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
4. Use goal to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
5. Use purpose to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
6. Use audience to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
7. Use task to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
8. Use outcome to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
9. Use method to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
10. Use process to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
11. Use materials to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
12. Use equipment to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
13. Use ingredient to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
14. Use tool to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
15. Use quantity to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
16. Use measurement to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
17. Use unit to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
18. Use preparation to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
19. Use setup to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
20. Use checklist to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
21. Use sequence to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
22. Use step to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
23. Use stage to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
24. Use first to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
25. Use next to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
26. Use then to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
27. Use after to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
28. Use before to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
29. Use finally to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
30. Use chronological order to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
31. Use measure to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
32. Use pour to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
33. Use mix to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
34. Use stir to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
35. Use cut to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
36. Use fold to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
37. Use attach to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
38. Use insert to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
39. Use align to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
40. Use secure to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
41. Use exact to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
42. Use approximate to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
43. Use minimum to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
44. Use maximum to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
45. Use limit to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
46. Use range to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
47. Use equal to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
48. Use evenly to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
49. Use gradually to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
50. Use completely to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
51. Use safety to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
52. Use warning to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
53. Use caution to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
54. Use hazard to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
55. Use protective to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
56. Use carefully to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
57. Use safely to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
58. Use avoid to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
59. Use risk to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
60. Use emergency to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
61. Use heading to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
62. Use numbered list to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
63. Use bullet point to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
64. Use label to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
65. Use diagram to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
66. Use illustration to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
67. Use caption to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
68. Use bold print to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
69. Use spacing to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
70. Use format to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
71. Use test to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
72. Use check to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
73. Use verify to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
74. Use result to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
75. Use success criterion to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
76. Use error to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
77. Use troubleshoot to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
78. Use adjust to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
79. Use repeat to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
80. Use improve to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
81. Use if to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
82. Use unless to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
83. Use when to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
84. Use because to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
85. Use therefore to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
86. Use so that to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
87. Use in order to to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
88. Use otherwise to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
89. Use condition to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
90. Use consequence to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
91. Use draft to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
92. Use revision to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
93. Use edit to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
94. Use proofread to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
95. Use user test to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
96. Use feedback to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
97. Use clarify to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
98. Use reorder to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
99. Use remove to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.
100. Use finalize to improve one instruction. State what changed in order, measurement, safety, clarity, condition, testing or formatting.

100 Task Transfer Challenges

1. Use procedure in instructions for make a sandwich. Write one exact procedural sentence or feature and explain why it helps another person succeed.
2. Use how-to text in instructions for plant a seed. Write one exact procedural sentence or feature and explain why it helps another person succeed.
3. Use instruction in instructions for build a paper bridge. Write one exact procedural sentence or feature and explain why it helps another person succeed.
4. Use goal in instructions for conduct a simple experiment. Write one exact procedural sentence or feature and explain why it helps another person succeed.
5. Use purpose in instructions for draw a bar graph. Write one exact procedural sentence or feature and explain why it helps another person succeed.
6. Use audience in instructions for fold a paper animal. Write one exact procedural sentence or feature and explain why it helps another person succeed.
7. Use task in instructions for prepare a school bag. Write one exact procedural sentence or feature and explain why it helps another person succeed.
8. Use outcome in instructions for clean a reusable bottle. Write one exact procedural sentence or feature and explain why it helps another person succeed.
9. Use method in instructions for create a poster. Write one exact procedural sentence or feature and explain why it helps another person succeed.
10. Use process in instructions for organize a bookshelf. Write one exact procedural sentence or feature and explain why it helps another person succeed.
11. Use materials in instructions for make a sandwich. Write one exact procedural sentence or feature and explain why it helps another person succeed.
12. Use equipment in instructions for plant a seed. Write one exact procedural sentence or feature and explain why it helps another person succeed.
13. Use ingredient in instructions for build a paper bridge. Write one exact procedural sentence or feature and explain why it helps another person succeed.
14. Use tool in instructions for conduct a simple experiment. Write one exact procedural sentence or feature and explain why it helps another person succeed.
15. Use quantity in instructions for draw a bar graph. Write one exact procedural sentence or feature and explain why it helps another person succeed.
16. Use measurement in instructions for fold a paper animal. Write one exact procedural sentence or feature and explain why it helps another person succeed.
17. Use unit in instructions for prepare a school bag. Write one exact procedural sentence or feature and explain why it helps another person succeed.
18. Use preparation in instructions for clean a reusable bottle. Write one exact procedural sentence or feature and explain why it helps another person succeed.
19. Use setup in instructions for create a poster. Write one exact procedural sentence or feature and explain why it helps another person succeed.
20. Use checklist in instructions for organize a bookshelf. Write one exact procedural sentence or feature and explain why it helps another person succeed.
21. Use sequence in instructions for make a sandwich. Write one exact procedural sentence or feature and explain why it helps another person succeed.
22. Use step in instructions for plant a seed. Write one exact procedural sentence or feature and explain why it helps another person succeed.
23. Use stage in instructions for build a paper bridge. Write one exact procedural sentence or feature and explain why it helps another person succeed.
24. Use first in instructions for conduct a simple experiment. Write one exact procedural sentence or feature and explain why it helps another person succeed.
25. Use next in instructions for draw a bar graph. Write one exact procedural sentence or feature and explain why it helps another person succeed.
26. Use then in instructions for fold a paper animal. Write one exact procedural sentence or feature and explain why it helps another person succeed.
27. Use after in instructions for prepare a school bag. Write one exact procedural sentence or feature and explain why it helps another person succeed.
28. Use before in instructions for clean a reusable bottle. Write one exact procedural sentence or feature and explain why it helps another person succeed.
29. Use finally in instructions for create a poster. Write one exact procedural sentence or feature and explain why it helps another person succeed.
30. Use chronological order in instructions for organize a bookshelf. Write one exact procedural sentence or feature and explain why it helps another person succeed.
31. Use measure in instructions for make a sandwich. Write one exact procedural sentence or feature and explain why it helps another person succeed.
32. Use pour in instructions for plant a seed. Write one exact procedural sentence or feature and explain why it helps another person succeed.
33. Use mix in instructions for build a paper bridge. Write one exact procedural sentence or feature and explain why it helps another person succeed.
34. Use stir in instructions for conduct a simple experiment. Write one exact procedural sentence or feature and explain why it helps another person succeed.
35. Use cut in instructions for draw a bar graph. Write one exact procedural sentence or feature and explain why it helps another person succeed.
36. Use fold in instructions for fold a paper animal. Write one exact procedural sentence or feature and explain why it helps another person succeed.
37. Use attach in instructions for prepare a school bag. Write one exact procedural sentence or feature and explain why it helps another person succeed.
38. Use insert in instructions for clean a reusable bottle. Write one exact procedural sentence or feature and explain why it helps another person succeed.
39. Use align in instructions for create a poster. Write one exact procedural sentence or feature and explain why it helps another person succeed.
40. Use secure in instructions for organize a bookshelf. Write one exact procedural sentence or feature and explain why it helps another person succeed.
41. Use exact in instructions for make a sandwich. Write one exact procedural sentence or feature and explain why it helps another person succeed.
42. Use approximate in instructions for plant a seed. Write one exact procedural sentence or feature and explain why it helps another person succeed.
43. Use minimum in instructions for build a paper bridge. Write one exact procedural sentence or feature and explain why it helps another person succeed.
44. Use maximum in instructions for conduct a simple experiment. Write one exact procedural sentence or feature and explain why it helps another person succeed.
45. Use limit in instructions for draw a bar graph. Write one exact procedural sentence or feature and explain why it helps another person succeed.
46. Use range in instructions for fold a paper animal. Write one exact procedural sentence or feature and explain why it helps another person succeed.
47. Use equal in instructions for prepare a school bag. Write one exact procedural sentence or feature and explain why it helps another person succeed.
48. Use evenly in instructions for clean a reusable bottle. Write one exact procedural sentence or feature and explain why it helps another person succeed.
49. Use gradually in instructions for create a poster. Write one exact procedural sentence or feature and explain why it helps another person succeed.
50. Use completely in instructions for organize a bookshelf. Write one exact procedural sentence or feature and explain why it helps another person succeed.
51. Use safety in instructions for make a sandwich. Write one exact procedural sentence or feature and explain why it helps another person succeed.
52. Use warning in instructions for plant a seed. Write one exact procedural sentence or feature and explain why it helps another person succeed.
53. Use caution in instructions for build a paper bridge. Write one exact procedural sentence or feature and explain why it helps another person succeed.
54. Use hazard in instructions for conduct a simple experiment. Write one exact procedural sentence or feature and explain why it helps another person succeed.
55. Use protective in instructions for draw a bar graph. Write one exact procedural sentence or feature and explain why it helps another person succeed.
56. Use carefully in instructions for fold a paper animal. Write one exact procedural sentence or feature and explain why it helps another person succeed.
57. Use safely in instructions for prepare a school bag. Write one exact procedural sentence or feature and explain why it helps another person succeed.
58. Use avoid in instructions for clean a reusable bottle. Write one exact procedural sentence or feature and explain why it helps another person succeed.
59. Use risk in instructions for create a poster. Write one exact procedural sentence or feature and explain why it helps another person succeed.
60. Use emergency in instructions for organize a bookshelf. Write one exact procedural sentence or feature and explain why it helps another person succeed.
61. Use heading in instructions for make a sandwich. Write one exact procedural sentence or feature and explain why it helps another person succeed.
62. Use numbered list in instructions for plant a seed. Write one exact procedural sentence or feature and explain why it helps another person succeed.
63. Use bullet point in instructions for build a paper bridge. Write one exact procedural sentence or feature and explain why it helps another person succeed.
64. Use label in instructions for conduct a simple experiment. Write one exact procedural sentence or feature and explain why it helps another person succeed.
65. Use diagram in instructions for draw a bar graph. Write one exact procedural sentence or feature and explain why it helps another person succeed.
66. Use illustration in instructions for fold a paper animal. Write one exact procedural sentence or feature and explain why it helps another person succeed.
67. Use caption in instructions for prepare a school bag. Write one exact procedural sentence or feature and explain why it helps another person succeed.
68. Use bold print in instructions for clean a reusable bottle. Write one exact procedural sentence or feature and explain why it helps another person succeed.
69. Use spacing in instructions for create a poster. Write one exact procedural sentence or feature and explain why it helps another person succeed.
70. Use format in instructions for organize a bookshelf. Write one exact procedural sentence or feature and explain why it helps another person succeed.
71. Use test in instructions for make a sandwich. Write one exact procedural sentence or feature and explain why it helps another person succeed.
72. Use check in instructions for plant a seed. Write one exact procedural sentence or feature and explain why it helps another person succeed.
73. Use verify in instructions for build a paper bridge. Write one exact procedural sentence or feature and explain why it helps another person succeed.
74. Use result in instructions for conduct a simple experiment. Write one exact procedural sentence or feature and explain why it helps another person succeed.
75. Use success criterion in instructions for draw a bar graph. Write one exact procedural sentence or feature and explain why it helps another person succeed.
76. Use error in instructions for fold a paper animal. Write one exact procedural sentence or feature and explain why it helps another person succeed.
77. Use troubleshoot in instructions for prepare a school bag. Write one exact procedural sentence or feature and explain why it helps another person succeed.
78. Use adjust in instructions for clean a reusable bottle. Write one exact procedural sentence or feature and explain why it helps another person succeed.
79. Use repeat in instructions for create a poster. Write one exact procedural sentence or feature and explain why it helps another person succeed.
80. Use improve in instructions for organize a bookshelf. Write one exact procedural sentence or feature and explain why it helps another person succeed.
81. Use if in instructions for make a sandwich. Write one exact procedural sentence or feature and explain why it helps another person succeed.
82. Use unless in instructions for plant a seed. Write one exact procedural sentence or feature and explain why it helps another person succeed.
83. Use when in instructions for build a paper bridge. Write one exact procedural sentence or feature and explain why it helps another person succeed.
84. Use because in instructions for conduct a simple experiment. Write one exact procedural sentence or feature and explain why it helps another person succeed.
85. Use therefore in instructions for draw a bar graph. Write one exact procedural sentence or feature and explain why it helps another person succeed.
86. Use so that in instructions for fold a paper animal. Write one exact procedural sentence or feature and explain why it helps another person succeed.
87. Use in order to in instructions for prepare a school bag. Write one exact procedural sentence or feature and explain why it helps another person succeed.
88. Use otherwise in instructions for clean a reusable bottle. Write one exact procedural sentence or feature and explain why it helps another person succeed.
89. Use condition in instructions for create a poster. Write one exact procedural sentence or feature and explain why it helps another person succeed.
90. Use consequence in instructions for organize a bookshelf. Write one exact procedural sentence or feature and explain why it helps another person succeed.
91. Use draft in instructions for make a sandwich. Write one exact procedural sentence or feature and explain why it helps another person succeed.
92. Use revision in instructions for plant a seed. Write one exact procedural sentence or feature and explain why it helps another person succeed.
93. Use edit in instructions for build a paper bridge. Write one exact procedural sentence or feature and explain why it helps another person succeed.
94. Use proofread in instructions for conduct a simple experiment. Write one exact procedural sentence or feature and explain why it helps another person succeed.
95. Use user test in instructions for draw a bar graph. Write one exact procedural sentence or feature and explain why it helps another person succeed.
96. Use feedback in instructions for fold a paper animal. Write one exact procedural sentence or feature and explain why it helps another person succeed.
97. Use clarify in instructions for prepare a school bag. Write one exact procedural sentence or feature and explain why it helps another person succeed.
98. Use reorder in instructions for clean a reusable bottle. Write one exact procedural sentence or feature and explain why it helps another person succeed.
99. Use remove in instructions for create a poster. Write one exact procedural sentence or feature and explain why it helps another person succeed.
100. Use finalize in instructions for organize a bookshelf. Write one exact procedural sentence or feature and explain why it helps another person succeed.

A 20-Day Grade 4 Procedural Vocabulary Plan

Day 1 — procedure, how-to text, instruction, goal, purpose

Learn five terms. Define each, write one procedural example and repair one unclear instruction. Retrieve yesterday’s terms before adding today’s set. Every fifth day, test a mini-procedure with another person.

Day 2 — audience, task, outcome, method, process

Learn five terms. Define each, write one procedural example and repair one unclear instruction. Retrieve yesterday’s terms before adding today’s set. Every fifth day, test a mini-procedure with another person.

Day 3 — materials, equipment, ingredient, tool, quantity

Learn five terms. Define each, write one procedural example and repair one unclear instruction. Retrieve yesterday’s terms before adding today’s set. Every fifth day, test a mini-procedure with another person.

Day 4 — measurement, unit, preparation, setup, checklist

Learn five terms. Define each, write one procedural example and repair one unclear instruction. Retrieve yesterday’s terms before adding today’s set. Every fifth day, test a mini-procedure with another person.

Day 5 — sequence, step, stage, first, next

Learn five terms. Define each, write one procedural example and repair one unclear instruction. Retrieve yesterday’s terms before adding today’s set. Every fifth day, test a mini-procedure with another person.

Day 6 — then, after, before, finally, chronological order

Learn five terms. Define each, write one procedural example and repair one unclear instruction. Retrieve yesterday’s terms before adding today’s set. Every fifth day, test a mini-procedure with another person.

Day 7 — measure, pour, mix, stir, cut

Learn five terms. Define each, write one procedural example and repair one unclear instruction. Retrieve yesterday’s terms before adding today’s set. Every fifth day, test a mini-procedure with another person.

Day 8 — fold, attach, insert, align, secure

Learn five terms. Define each, write one procedural example and repair one unclear instruction. Retrieve yesterday’s terms before adding today’s set. Every fifth day, test a mini-procedure with another person.

Day 9 — exact, approximate, minimum, maximum, limit

Learn five terms. Define each, write one procedural example and repair one unclear instruction. Retrieve yesterday’s terms before adding today’s set. Every fifth day, test a mini-procedure with another person.

Day 10 — range, equal, evenly, gradually, completely

Learn five terms. Define each, write one procedural example and repair one unclear instruction. Retrieve yesterday’s terms before adding today’s set. Every fifth day, test a mini-procedure with another person.

Day 11 — safety, warning, caution, hazard, protective

Learn five terms. Define each, write one procedural example and repair one unclear instruction. Retrieve yesterday’s terms before adding today’s set. Every fifth day, test a mini-procedure with another person.

Day 12 — carefully, safely, avoid, risk, emergency

Learn five terms. Define each, write one procedural example and repair one unclear instruction. Retrieve yesterday’s terms before adding today’s set. Every fifth day, test a mini-procedure with another person.

Day 13 — heading, numbered list, bullet point, label, diagram

Learn five terms. Define each, write one procedural example and repair one unclear instruction. Retrieve yesterday’s terms before adding today’s set. Every fifth day, test a mini-procedure with another person.

Day 14 — illustration, caption, bold print, spacing, format

Learn five terms. Define each, write one procedural example and repair one unclear instruction. Retrieve yesterday’s terms before adding today’s set. Every fifth day, test a mini-procedure with another person.

Day 15 — test, check, verify, result, success criterion

Learn five terms. Define each, write one procedural example and repair one unclear instruction. Retrieve yesterday’s terms before adding today’s set. Every fifth day, test a mini-procedure with another person.

Day 16 — error, troubleshoot, adjust, repeat, improve

Learn five terms. Define each, write one procedural example and repair one unclear instruction. Retrieve yesterday’s terms before adding today’s set. Every fifth day, test a mini-procedure with another person.

Day 17 — if, unless, when, because, therefore

Learn five terms. Define each, write one procedural example and repair one unclear instruction. Retrieve yesterday’s terms before adding today’s set. Every fifth day, test a mini-procedure with another person.

Day 18 — so that, in order to, otherwise, condition, consequence

Learn five terms. Define each, write one procedural example and repair one unclear instruction. Retrieve yesterday’s terms before adding today’s set. Every fifth day, test a mini-procedure with another person.

Day 19 — draft, revision, edit, proofread, user test

Learn five terms. Define each, write one procedural example and repair one unclear instruction. Retrieve yesterday’s terms before adding today’s set. Every fifth day, test a mini-procedure with another person.

Day 20 — feedback, clarify, reorder, remove, finalize

Learn five terms. Define each, write one procedural example and repair one unclear instruction. Retrieve yesterday’s terms before adding today’s set. Every fifth day, test a mini-procedure with another person.

Parent Guide — Let the Adult Follow the Child’s Instructions Literally

Ask the child to explain a simple task, then follow only what is actually written. If the instructions say “put it in” without naming the object or place, stop and ask for clarification. The exercise makes missing information visible without lecturing about it.

Teacher Guide — The Reader Is the Test

Procedural writing is unusually easy to assess through performance. Give the directions to another learner. Where the user hesitates, misinterprets, performs steps in the wrong order or creates an unsafe condition, the writing needs revision. Vocabulary such as condition, measurement, warning and user test gives precise names to those failures.

Where This Page Sits in the Primary 4 Vocabulary World Lane

• Grade 4 Informational Writing Vocabulary.
• Grade 4 Transition Words.
• Grade 4 Academic Verbs.
• Vocabulary apex.

This is a new standalone Grade 4 Procedural / How-To Writing vocabulary owner. No existing published article is replaced or rewritten.

Extended Procedural Mastery Workshop — One Deep Cycle for Every Term

Mastery cycle 1 — procedure

Meaning reconstruction: Alicia explains procedure in plain language. The core meaning is: a set of ordered actions used to complete a task. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Alicia writes a procedure for planting a seed.. State exactly what a user would read, see, measure, check or do that proves procedure is present.

Failure test: Create a realistic procedure where procedure is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move procedure into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 2 — how-to text

Meaning reconstruction: Tricia explains how-to text in plain language. The core meaning is: a text explaining how to do or make something. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Tricia creates a how-to text for folding a paper glider.. State exactly what a user would read, see, measure, check or do that proves how-to text is present.

Failure test: Create a realistic procedure where how-to text is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move how-to text into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 3 — instruction

Meaning reconstruction: Kai Kai explains instruction in plain language. The core meaning is: a direction telling someone what action to take. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Kai Kai writes one instruction per step.. State exactly what a user would read, see, measure, check or do that proves instruction is present.

Failure test: Create a realistic procedure where instruction is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move instruction into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 4 — goal

Meaning reconstruction: Alicia explains goal in plain language. The core meaning is: the result the procedure is meant to achieve. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — The goal is to build a stable bridge model.. State exactly what a user would read, see, measure, check or do that proves goal is present.

Failure test: Create a realistic procedure where goal is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move goal into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 5 — purpose

Meaning reconstruction: Tricia explains purpose in plain language. The core meaning is: the reason the procedure exists. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — The purpose is to help a reader repeat the task safely.. State exactly what a user would read, see, measure, check or do that proves purpose is present.

Failure test: Create a realistic procedure where purpose is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move purpose into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 6 — audience

Meaning reconstruction: Kai Kai explains audience in plain language. The core meaning is: the people expected to follow the procedure. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Alicia explains unfamiliar terms because the audience is younger pupils.. State exactly what a user would read, see, measure, check or do that proves audience is present.

Failure test: Create a realistic procedure where audience is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move audience into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 7 — task

Meaning reconstruction: Alicia explains task in plain language. The core meaning is: the activity to be completed. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Tricia defines the task before listing steps.. State exactly what a user would read, see, measure, check or do that proves task is present.

Failure test: Create a realistic procedure where task is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move task into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 8 — outcome

Meaning reconstruction: Tricia explains outcome in plain language. The core meaning is: the result produced when the procedure is followed. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Kai Kai checks whether the outcome matches the instructions.. State exactly what a user would read, see, measure, check or do that proves outcome is present.

Failure test: Create a realistic procedure where outcome is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move outcome into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 9 — method

Meaning reconstruction: Kai Kai explains method in plain language. The core meaning is: an organized way of carrying out the task. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Alicia compares two methods for measuring volume.. State exactly what a user would read, see, measure, check or do that proves method is present.

Failure test: Create a realistic procedure where method is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move method into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 10 — process

Meaning reconstruction: Alicia explains process in plain language. The core meaning is: a series of actions or changes leading to a result. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — The water-filtration process has several stages.. State exactly what a user would read, see, measure, check or do that proves process is present.

Failure test: Create a realistic procedure where process is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move process into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 11 — materials

Meaning reconstruction: Tricia explains materials in plain language. The core meaning is: items or substances needed for the task. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Tricia lists all materials before the steps begin.. State exactly what a user would read, see, measure, check or do that proves materials is present.

Failure test: Create a realistic procedure where materials is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move materials into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 12 — equipment

Meaning reconstruction: Kai Kai explains equipment in plain language. The core meaning is: tools or devices needed for the procedure. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Kai Kai checks the equipment before starting.. State exactly what a user would read, see, measure, check or do that proves equipment is present.

Failure test: Create a realistic procedure where equipment is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move equipment into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 13 — ingredient

Meaning reconstruction: Alicia explains ingredient in plain language. The core meaning is: a substance used as part of a mixture or recipe. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Alicia measures each ingredient carefully.. State exactly what a user would read, see, measure, check or do that proves ingredient is present.

Failure test: Create a realistic procedure where ingredient is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move ingredient into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 14 — tool

Meaning reconstruction: Tricia explains tool in plain language. The core meaning is: an object used to perform a task. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — A ruler is one tool used in the construction.. State exactly what a user would read, see, measure, check or do that proves tool is present.

Failure test: Create a realistic procedure where tool is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move tool into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 15 — quantity

Meaning reconstruction: Kai Kai explains quantity in plain language. The core meaning is: an amount or number required. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Tricia specifies the quantity of water.. State exactly what a user would read, see, measure, check or do that proves quantity is present.

Failure test: Create a realistic procedure where quantity is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move quantity into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 16 — measurement

Meaning reconstruction: Alicia explains measurement in plain language. The core meaning is: a value found using a unit or scale. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Kai Kai records a measurement of 20 centimetres.. State exactly what a user would read, see, measure, check or do that proves measurement is present.

Failure test: Create a realistic procedure where measurement is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move measurement into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 17 — unit

Meaning reconstruction: Tricia explains unit in plain language. The core meaning is: a standard amount used for measurement. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Alicia writes millilitres as the unit.. State exactly what a user would read, see, measure, check or do that proves unit is present.

Failure test: Create a realistic procedure where unit is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move unit into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 18 — preparation

Meaning reconstruction: Kai Kai explains preparation in plain language. The core meaning is: work completed before the main steps begin. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Tricia includes preparation such as clearing the table.. State exactly what a user would read, see, measure, check or do that proves preparation is present.

Failure test: Create a realistic procedure where preparation is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move preparation into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 19 — setup

Meaning reconstruction: Alicia explains setup in plain language. The core meaning is: the arrangement of tools, materials or equipment before starting. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Kai Kai checks the setup for safety.. State exactly what a user would read, see, measure, check or do that proves setup is present.

Failure test: Create a realistic procedure where setup is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move setup into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 20 — checklist

Meaning reconstruction: Tricia explains checklist in plain language. The core meaning is: a list used to confirm that required items or steps are ready. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Alicia uses a checklist before the experiment.. State exactly what a user would read, see, measure, check or do that proves checklist is present.

Failure test: Create a realistic procedure where checklist is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move checklist into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 21 — sequence

Meaning reconstruction: Kai Kai explains sequence in plain language. The core meaning is: the order in which steps occur. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Tricia arranges the sequence from preparation to cleanup.. State exactly what a user would read, see, measure, check or do that proves sequence is present.

Failure test: Create a realistic procedure where sequence is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move sequence into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 22 — step

Meaning reconstruction: Alicia explains step in plain language. The core meaning is: one action or stage in a procedure. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Kai Kai writes each step separately.. State exactly what a user would read, see, measure, check or do that proves step is present.

Failure test: Create a realistic procedure where step is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move step into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 23 — stage

Meaning reconstruction: Tricia explains stage in plain language. The core meaning is: a larger part of a process containing one or more steps. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Alicia divides the task into three stages.. State exactly what a user would read, see, measure, check or do that proves stage is present.

Failure test: Create a realistic procedure where stage is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move stage into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 24 — first

Meaning reconstruction: Kai Kai explains first in plain language. The core meaning is: a sequence word marking the beginning. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — First, wash the container.. State exactly what a user would read, see, measure, check or do that proves first is present.

Failure test: Create a realistic procedure where first is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move first into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 25 — next

Meaning reconstruction: Alicia explains next in plain language. The core meaning is: a sequence word marking the following action. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Next, add the soil.. State exactly what a user would read, see, measure, check or do that proves next is present.

Failure test: Create a realistic procedure where next is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move next into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 26 — then

Meaning reconstruction: Tricia explains then in plain language. The core meaning is: a sequence word showing what follows. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Then, place the seed in the hole.. State exactly what a user would read, see, measure, check or do that proves then is present.

Failure test: Create a realistic procedure where then is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move then into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 27 — after

Meaning reconstruction: Kai Kai explains after in plain language. The core meaning is: a time word showing one action follows another. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — After the glue dries, test the model.. State exactly what a user would read, see, measure, check or do that proves after is present.

Failure test: Create a realistic procedure where after is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move after into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 28 — before

Meaning reconstruction: Alicia explains before in plain language. The core meaning is: a time word showing one action must happen earlier. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Before cutting, mark the line.. State exactly what a user would read, see, measure, check or do that proves before is present.

Failure test: Create a realistic procedure where before is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move before into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 29 — finally

Meaning reconstruction: Tricia explains finally in plain language. The core meaning is: a sequence word marking the last main step. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Finally, label the finished diagram.. State exactly what a user would read, see, measure, check or do that proves finally is present.

Failure test: Create a realistic procedure where finally is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move finally into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 30 — chronological order

Meaning reconstruction: Kai Kai explains chronological order in plain language. The core meaning is: arrangement according to the order actions occur. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — The whole procedure uses chronological order.. State exactly what a user would read, see, measure, check or do that proves chronological order is present.

Failure test: Create a realistic procedure where chronological order is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move chronological order into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 31 — measure

Meaning reconstruction: Alicia explains measure in plain language. The core meaning is: find the size, amount or quantity using a tool or unit. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Measure 100 millilitres of water.. State exactly what a user would read, see, measure, check or do that proves measure is present.

Failure test: Create a realistic procedure where measure is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move measure into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 32 — pour

Meaning reconstruction: Tricia explains pour in plain language. The core meaning is: cause a liquid or small particles to flow from one container to another. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Pour the water slowly into the cup.. State exactly what a user would read, see, measure, check or do that proves pour is present.

Failure test: Create a realistic procedure where pour is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move pour into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 33 — mix

Meaning reconstruction: Kai Kai explains mix in plain language. The core meaning is: combine substances or parts. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Mix the soil and compost.. State exactly what a user would read, see, measure, check or do that proves mix is present.

Failure test: Create a realistic procedure where mix is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move mix into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 34 — stir

Meaning reconstruction: Alicia explains stir in plain language. The core meaning is: move a spoon or tool around in a liquid or mixture. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Stir the solution gently.. State exactly what a user would read, see, measure, check or do that proves stir is present.

Failure test: Create a realistic procedure where stir is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move stir into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 35 — cut

Meaning reconstruction: Tricia explains cut in plain language. The core meaning is: divide material using a sharp tool. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Cut along the marked line.. State exactly what a user would read, see, measure, check or do that proves cut is present.

Failure test: Create a realistic procedure where cut is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move cut into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 36 — fold

Meaning reconstruction: Kai Kai explains fold in plain language. The core meaning is: bend material so one part lies over another. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Fold the paper in half.. State exactly what a user would read, see, measure, check or do that proves fold is present.

Failure test: Create a realistic procedure where fold is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move fold into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 37 — attach

Meaning reconstruction: Alicia explains attach in plain language. The core meaning is: join one part to another. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Attach the straw to the card.. State exactly what a user would read, see, measure, check or do that proves attach is present.

Failure test: Create a realistic procedure where attach is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move attach into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 38 — insert

Meaning reconstruction: Tricia explains insert in plain language. The core meaning is: put one thing into another. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Insert the tab into the slot.. State exactly what a user would read, see, measure, check or do that proves insert is present.

Failure test: Create a realistic procedure where insert is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move insert into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 39 — align

Meaning reconstruction: Kai Kai explains align in plain language. The core meaning is: place items in a correct line or position relative to one another. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Align the ruler with the edge.. State exactly what a user would read, see, measure, check or do that proves align is present.

Failure test: Create a realistic procedure where align is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move align into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 40 — secure

Meaning reconstruction: Alicia explains secure in plain language. The core meaning is: fasten something so it stays in place. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Secure the two pieces with tape.. State exactly what a user would read, see, measure, check or do that proves secure is present.

Failure test: Create a realistic procedure where secure is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move secure into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 41 — exact

Meaning reconstruction: Tricia explains exact in plain language. The core meaning is: fully correct rather than approximate. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Use the exact amount stated.. State exactly what a user would read, see, measure, check or do that proves exact is present.

Failure test: Create a realistic procedure where exact is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move exact into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 42 — approximate

Meaning reconstruction: Kai Kai explains approximate in plain language. The core meaning is: close to the required value but not exact. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — An approximate length is acceptable for this trial.. State exactly what a user would read, see, measure, check or do that proves approximate is present.

Failure test: Create a realistic procedure where approximate is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move approximate into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 43 — minimum

Meaning reconstruction: Alicia explains minimum in plain language. The core meaning is: the smallest acceptable amount or value. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Wait a minimum of five minutes.. State exactly what a user would read, see, measure, check or do that proves minimum is present.

Failure test: Create a realistic procedure where minimum is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move minimum into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 44 — maximum

Meaning reconstruction: Tricia explains maximum in plain language. The core meaning is: the largest acceptable amount or value. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Do not exceed the maximum volume.. State exactly what a user would read, see, measure, check or do that proves maximum is present.

Failure test: Create a realistic procedure where maximum is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move maximum into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 45 — limit

Meaning reconstruction: Kai Kai explains limit in plain language. The core meaning is: a boundary that should not be exceeded. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Keep the temperature below the stated limit.. State exactly what a user would read, see, measure, check or do that proves limit is present.

Failure test: Create a realistic procedure where limit is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move limit into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 46 — range

Meaning reconstruction: Alicia explains range in plain language. The core meaning is: the span between lower and upper acceptable values. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Keep the length within the given range.. State exactly what a user would read, see, measure, check or do that proves range is present.

Failure test: Create a realistic procedure where range is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move range into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 47 — equal

Meaning reconstruction: Tricia explains equal in plain language. The core meaning is: the same in quantity, size or value. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Divide the strip into equal parts.. State exactly what a user would read, see, measure, check or do that proves equal is present.

Failure test: Create a realistic procedure where equal is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move equal into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 48 — evenly

Meaning reconstruction: Kai Kai explains evenly in plain language. The core meaning is: in a balanced or uniform way. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Spread the glue evenly.. State exactly what a user would read, see, measure, check or do that proves evenly is present.

Failure test: Create a realistic procedure where evenly is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move evenly into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 49 — gradually

Meaning reconstruction: Alicia explains gradually in plain language. The core meaning is: little by little over time or steps. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Add the water gradually.. State exactly what a user would read, see, measure, check or do that proves gradually is present.

Failure test: Create a realistic procedure where gradually is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move gradually into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 50 — completely

Meaning reconstruction: Tricia explains completely in plain language. The core meaning is: to the full extent. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Allow the surface to dry completely.. State exactly what a user would read, see, measure, check or do that proves completely is present.

Failure test: Create a realistic procedure where completely is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move completely into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 51 — safety

Meaning reconstruction: Kai Kai explains safety in plain language. The core meaning is: the condition of avoiding unnecessary harm or danger. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Alicia adds a safety note before using scissors.. State exactly what a user would read, see, measure, check or do that proves safety is present.

Failure test: Create a realistic procedure where safety is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move safety into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 52 — warning

Meaning reconstruction: Alicia explains warning in plain language. The core meaning is: a statement alerting the reader to possible danger or error. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — The warning says not to touch the hot container.. State exactly what a user would read, see, measure, check or do that proves warning is present.

Failure test: Create a realistic procedure where warning is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move warning into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 53 — caution

Meaning reconstruction: Tricia explains caution in plain language. The core meaning is: care taken to avoid harm or mistakes. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Tricia tells readers to use caution around sharp edges.. State exactly what a user would read, see, measure, check or do that proves caution is present.

Failure test: Create a realistic procedure where caution is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move caution into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 54 — hazard

Meaning reconstruction: Kai Kai explains hazard in plain language. The core meaning is: something with the potential to cause harm. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Kai Kai identifies hot water as a hazard.. State exactly what a user would read, see, measure, check or do that proves hazard is present.

Failure test: Create a realistic procedure where hazard is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move hazard into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 55 — protective

Meaning reconstruction: Alicia explains protective in plain language. The core meaning is: designed to reduce risk or prevent harm. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Wear protective gloves if required.. State exactly what a user would read, see, measure, check or do that proves protective is present.

Failure test: Create a realistic procedure where protective is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move protective into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 56 — carefully

Meaning reconstruction: Tricia explains carefully in plain language. The core meaning is: in a way that avoids damage, injury or error. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Cut carefully along the line.. State exactly what a user would read, see, measure, check or do that proves carefully is present.

Failure test: Create a realistic procedure where carefully is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move carefully into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 57 — safely

Meaning reconstruction: Kai Kai explains safely in plain language. The core meaning is: without creating unnecessary danger. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Store the tool safely after use.. State exactly what a user would read, see, measure, check or do that proves safely is present.

Failure test: Create a realistic procedure where safely is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move safely into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 58 — avoid

Meaning reconstruction: Alicia explains avoid in plain language. The core meaning is: keep away from or prevent. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Avoid touching the wet paint.. State exactly what a user would read, see, measure, check or do that proves avoid is present.

Failure test: Create a realistic procedure where avoid is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move avoid into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 59 — risk

Meaning reconstruction: Tricia explains risk in plain language. The core meaning is: the possibility of harm or an unwanted result. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Alicia explains the risk of overfilling the container.. State exactly what a user would read, see, measure, check or do that proves risk is present.

Failure test: Create a realistic procedure where risk is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move risk into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 60 — emergency

Meaning reconstruction: Kai Kai explains emergency in plain language. The core meaning is: a serious situation requiring immediate action. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — The procedure states what to do in an emergency.. State exactly what a user would read, see, measure, check or do that proves emergency is present.

Failure test: Create a realistic procedure where emergency is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move emergency into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 61 — heading

Meaning reconstruction: Alicia explains heading in plain language. The core meaning is: a title naming a section of the procedure. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Materials appears as a heading.. State exactly what a user would read, see, measure, check or do that proves heading is present.

Failure test: Create a realistic procedure where heading is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move heading into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 62 — numbered list

Meaning reconstruction: Tricia explains numbered list in plain language. The core meaning is: a list using numbers to show order. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Tricia writes the steps as a numbered list.. State exactly what a user would read, see, measure, check or do that proves numbered list is present.

Failure test: Create a realistic procedure where numbered list is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move numbered list into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 63 — bullet point

Meaning reconstruction: Kai Kai explains bullet point in plain language. The core meaning is: a symbol marking an item in a list. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Kai Kai uses bullet points for materials.. State exactly what a user would read, see, measure, check or do that proves bullet point is present.

Failure test: Create a realistic procedure where bullet point is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move bullet point into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 64 — label

Meaning reconstruction: Alicia explains label in plain language. The core meaning is: a word or phrase naming a part of a diagram. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Alicia adds labels to the equipment diagram.. State exactly what a user would read, see, measure, check or do that proves label is present.

Failure test: Create a realistic procedure where label is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move label into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 65 — diagram

Meaning reconstruction: Tricia explains diagram in plain language. The core meaning is: a visual showing parts, positions or relationships. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — The diagram shows where to place the folds.. State exactly what a user would read, see, measure, check or do that proves diagram is present.

Failure test: Create a realistic procedure where diagram is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move diagram into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 66 — illustration

Meaning reconstruction: Kai Kai explains illustration in plain language. The core meaning is: a drawn visual helping explain the task. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Tricia includes an illustration of the final model.. State exactly what a user would read, see, measure, check or do that proves illustration is present.

Failure test: Create a realistic procedure where illustration is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move illustration into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 67 — caption

Meaning reconstruction: Alicia explains caption in plain language. The core meaning is: text explaining a visual. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Kai Kai writes a short caption under the image.. State exactly what a user would read, see, measure, check or do that proves caption is present.

Failure test: Create a realistic procedure where caption is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move caption into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 68 — bold print

Meaning reconstruction: Tricia explains bold print in plain language. The core meaning is: darkened text used to emphasize important words. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Alicia uses bold print for safety warnings.. State exactly what a user would read, see, measure, check or do that proves bold print is present.

Failure test: Create a realistic procedure where bold print is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move bold print into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 69 — spacing

Meaning reconstruction: Kai Kai explains spacing in plain language. The core meaning is: visual separation that helps readers distinguish sections and steps. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Clear spacing makes the procedure easier to scan.. State exactly what a user would read, see, measure, check or do that proves spacing is present.

Failure test: Create a realistic procedure where spacing is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move spacing into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 70 — format

Meaning reconstruction: Alicia explains format in plain language. The core meaning is: the overall arrangement of text and visuals. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Tricia chooses a format with materials, steps and safety notes.. State exactly what a user would read, see, measure, check or do that proves format is present.

Failure test: Create a realistic procedure where format is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move format into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 71 — test

Meaning reconstruction: Tricia explains test in plain language. The core meaning is: try something to check whether it works. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Kai Kai tests the bridge after construction.. State exactly what a user would read, see, measure, check or do that proves test is present.

Failure test: Create a realistic procedure where test is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move test into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 72 — check

Meaning reconstruction: Kai Kai explains check in plain language. The core meaning is: inspect something for correctness or safety. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Alicia checks the measurement before cutting.. State exactly what a user would read, see, measure, check or do that proves check is present.

Failure test: Create a realistic procedure where check is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move check into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 73 — verify

Meaning reconstruction: Alicia explains verify in plain language. The core meaning is: confirm that something is correct or complete. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Tricia verifies that all parts are attached.. State exactly what a user would read, see, measure, check or do that proves verify is present.

Failure test: Create a realistic procedure where verify is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move verify into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 74 — result

Meaning reconstruction: Tricia explains result in plain language. The core meaning is: what happens after the procedure or test. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Kai Kai records the result.. State exactly what a user would read, see, measure, check or do that proves result is present.

Failure test: Create a realistic procedure where result is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move result into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 75 — success criterion

Meaning reconstruction: Kai Kai explains success criterion in plain language. The core meaning is: a condition showing that the task has been completed successfully. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — The success criterion is that the model holds 500 grams.. State exactly what a user would read, see, measure, check or do that proves success criterion is present.

Failure test: Create a realistic procedure where success criterion is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move success criterion into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 76 — error

Meaning reconstruction: Alicia explains error in plain language. The core meaning is: a mistake or incorrect condition. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Alicia finds an error in the measurement.. State exactly what a user would read, see, measure, check or do that proves error is present.

Failure test: Create a realistic procedure where error is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move error into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 77 — troubleshoot

Meaning reconstruction: Tricia explains troubleshoot in plain language. The core meaning is: identify and fix the cause of a problem. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Tricia troubleshoots the motor when it stops.. State exactly what a user would read, see, measure, check or do that proves troubleshoot is present.

Failure test: Create a realistic procedure where troubleshoot is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move troubleshoot into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 78 — adjust

Meaning reconstruction: Kai Kai explains adjust in plain language. The core meaning is: change something slightly to improve the result. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Kai Kai adjusts the angle of the ramp.. State exactly what a user would read, see, measure, check or do that proves adjust is present.

Failure test: Create a realistic procedure where adjust is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move adjust into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 79 — repeat

Meaning reconstruction: Alicia explains repeat in plain language. The core meaning is: perform an action again. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Alicia repeats the measurement to confirm it.. State exactly what a user would read, see, measure, check or do that proves repeat is present.

Failure test: Create a realistic procedure where repeat is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move repeat into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 80 — improve

Meaning reconstruction: Tricia explains improve in plain language. The core meaning is: make the method or result better. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Tricia improves the procedure after the first trial.. State exactly what a user would read, see, measure, check or do that proves improve is present.

Failure test: Create a realistic procedure where improve is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move improve into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 81 — if

Meaning reconstruction: Kai Kai explains if in plain language. The core meaning is: a word introducing a condition. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — If the mixture is too dry, add a little water.. State exactly what a user would read, see, measure, check or do that proves if is present.

Failure test: Create a realistic procedure where if is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move if into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 82 — unless

Meaning reconstruction: Alicia explains unless in plain language. The core meaning is: a word meaning except if. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Do not remove the clamp unless the glue is dry.. State exactly what a user would read, see, measure, check or do that proves unless is present.

Failure test: Create a realistic procedure where unless is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move unless into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 83 — when

Meaning reconstruction: Tricia explains when in plain language. The core meaning is: a word introducing the time or condition for an action. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — When the timer rings, remove the tray.. State exactly what a user would read, see, measure, check or do that proves when is present.

Failure test: Create a realistic procedure where when is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move when into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 84 — because

Meaning reconstruction: Kai Kai explains because in plain language. The core meaning is: a word introducing a reason. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Use a flat surface because uneven ground affects the test.. State exactly what a user would read, see, measure, check or do that proves because is present.

Failure test: Create a realistic procedure where because is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move because into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 85 — therefore

Meaning reconstruction: Alicia explains therefore in plain language. The core meaning is: a word showing a result or conclusion. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — The surface is wet; therefore, wait before painting.. State exactly what a user would read, see, measure, check or do that proves therefore is present.

Failure test: Create a realistic procedure where therefore is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move therefore into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 86 — so that

Meaning reconstruction: Tricia explains so that in plain language. The core meaning is: a phrase introducing purpose. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Label the cups so that they are not confused.. State exactly what a user would read, see, measure, check or do that proves so that is present.

Failure test: Create a realistic procedure where so that is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move so that into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 87 — in order to

Meaning reconstruction: Kai Kai explains in order to in plain language. The core meaning is: a phrase introducing purpose. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Measure twice in order to reduce error.. State exactly what a user would read, see, measure, check or do that proves in order to is present.

Failure test: Create a realistic procedure where in order to is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move in order to into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 88 — otherwise

Meaning reconstruction: Alicia explains otherwise in plain language. The core meaning is: a word showing what may happen if a condition is not met. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Tighten the lid; otherwise, the liquid may leak.. State exactly what a user would read, see, measure, check or do that proves otherwise is present.

Failure test: Create a realistic procedure where otherwise is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move otherwise into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 89 — condition

Meaning reconstruction: Tricia explains condition in plain language. The core meaning is: a requirement that must be true before another action. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Dryness is a condition for the next step.. State exactly what a user would read, see, measure, check or do that proves condition is present.

Failure test: Create a realistic procedure where condition is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move condition into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 90 — consequence

Meaning reconstruction: Kai Kai explains consequence in plain language. The core meaning is: a result that follows from an action or failure to act. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — A leak is a consequence of leaving the lid loose.. State exactly what a user would read, see, measure, check or do that proves consequence is present.

Failure test: Create a realistic procedure where consequence is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move consequence into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 91 — draft

Meaning reconstruction: Alicia explains draft in plain language. The core meaning is: an early version of the procedure. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Alicia’s draft assumes the reader knows where to cut.. State exactly what a user would read, see, measure, check or do that proves draft is present.

Failure test: Create a realistic procedure where draft is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move draft into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 92 — revision

Meaning reconstruction: Tricia explains revision in plain language. The core meaning is: changing instructions, order or explanation to improve usability. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Tricia revises the steps after a classmate gets confused.. State exactly what a user would read, see, measure, check or do that proves revision is present.

Failure test: Create a realistic procedure where revision is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move revision into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 93 — edit

Meaning reconstruction: Kai Kai explains edit in plain language. The core meaning is: correct grammar, punctuation, spelling and wording. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Kai Kai edits the final instructions.. State exactly what a user would read, see, measure, check or do that proves edit is present.

Failure test: Create a realistic procedure where edit is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move edit into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 94 — proofread

Meaning reconstruction: Alicia explains proofread in plain language. The core meaning is: check the nearly finished procedure for surface errors. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Alicia proofreads the labels.. State exactly what a user would read, see, measure, check or do that proves proofread is present.

Failure test: Create a realistic procedure where proofread is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move proofread into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 95 — user test

Meaning reconstruction: Tricia explains user test in plain language. The core meaning is: having another person follow the procedure to reveal unclear instructions. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Tricia conducts a user test with a classmate.. State exactly what a user would read, see, measure, check or do that proves user test is present.

Failure test: Create a realistic procedure where user test is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move user test into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 96 — feedback

Meaning reconstruction: Kai Kai explains feedback in plain language. The core meaning is: information from a user about what was clear or confusing. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Kai Kai records feedback after the trial.. State exactly what a user would read, see, measure, check or do that proves feedback is present.

Failure test: Create a realistic procedure where feedback is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move feedback into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 97 — clarify

Meaning reconstruction: Alicia explains clarify in plain language. The core meaning is: make an instruction easier to understand. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Alicia clarifies what she means by turn slightly.. State exactly what a user would read, see, measure, check or do that proves clarify is present.

Failure test: Create a realistic procedure where clarify is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move clarify into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 98 — reorder

Meaning reconstruction: Tricia explains reorder in plain language. The core meaning is: change the order of steps. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Tricia reorders two steps that were reversed.. State exactly what a user would read, see, measure, check or do that proves reorder is present.

Failure test: Create a realistic procedure where reorder is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move reorder into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 99 — remove

Meaning reconstruction: Kai Kai explains remove in plain language. The core meaning is: delete an unnecessary or misleading instruction. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Kai Kai removes a repeated step.. State exactly what a user would read, see, measure, check or do that proves remove is present.

Failure test: Create a realistic procedure where remove is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move remove into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.

Mastery cycle 100 — finalize

Meaning reconstruction: Alicia explains finalize in plain language. The core meaning is: complete the procedure after testing and revision. Name one nearby procedural term and explain the boundary.

User evidence: Start from the model — Alicia finalizes only after a new reader can follow it successfully.. State exactly what a user would read, see, measure, check or do that proves finalize is present.

Failure test: Create a realistic procedure where finalize is missing or wrong. Predict the error, delay or safety problem that follows. Repair the instruction.

Transfer: Move finalize into a different how-to task. Write one strong example and explain how a new reader could test whether the instruction works.