Secondary 3 English vocabulary transfer across subjects is the ability to use the same high-utility words intelligently in English, Science, Humanities, Mathematics and other Grade 9 learning contexts. Students searching for Secondary 3 vocabulary, Grade 9 academic vocabulary, cross-curricular vocabulary, subject vocabulary, academic words across subjects, vocabulary for Science, Humanities and Mathematics and 9th grade vocabulary often treat each subject as a separate word list. That misses one of the most powerful learning opportunities: many important words travel.
Words such as factor, evidence, significant, variable, interpret, evaluate, proportion, function, structure, justify, infer, trend, impact and valid appear across subjects, but their exact meaning, collocation and technical force may change. A student who understands the shared core and the discipline-specific variation gains a vocabulary multiplier. Instead of relearning each word from zero, the learner updates an existing lexical model.
This article is the cross-curricular-transfer child of eduKateSG’s Secondary 3 English Vocabulary apex. It complements the Academic Language, Argument and Evidence article. That page focuses on rhetorical jobs inside English. This page focuses on lexical transfer across the timetable: which meanings remain stable, which specialise, and how students can use subject encounters to strengthen one connected Grade 9 vocabulary system.
The 50-Second Route
When a familiar word appears in a new subject, ask three questions. What is the shared everyday or academic core? What technical meaning has this subject added? What collocations or grammatical patterns signal the specialised use? Record both the common core and the subject-specific extension.
- English gives language for interpretation, argument, tone and communication.
- Science sharpens evidence, variable, process, mechanism and causation.
- Humanities sharpen significance, reliability, perspective, consequence and change.
- Mathematics sharpens function, variable, proportion, relation, transformation and approximation.
- Technology adds system, data, algorithm, access, bias and efficiency.
- Transfer succeeds when the learner can carry useful language without flattening discipline-specific meaning.
The same word can travel across subjects without meaning exactly the same thing everywhere.
Why Cross-Curricular Vocabulary Matters
Secondary 3 students face a sudden increase in specialised language because several subjects become conceptually denser at once. If every subject teaches vocabulary in isolation, the learner carries separate notebooks but misses shared patterns. Cross-curricular vocabulary reduces duplication and builds stronger networks.
The advantage is cognitive as well as lexical. Evaluate means judge using relevant standards in English, Science investigations and Humanities, although the criteria differ. Evidence supports claims in all three, but scientific evidence may emphasise measurement and repeatability while historical evidence may include sources whose provenance and perspective require evaluation.
Teaching the common core plus disciplinary refinement helps students avoid both extremes: assuming a word changes completely by subject, or assuming one everyday definition fits every technical context.
General Academic Vocabulary Versus Technical Vocabulary
General academic vocabulary travels across disciplines: analyse, infer, evaluate, factor, evidence, relevant. Technical vocabulary belongs more strongly to a discipline: photosynthesis, quadratic, colonialism, electrolysis. Some words sit between these categories because they are common but acquire technical senses: function, variable, significance, power, current, model.
These bridge words deserve special attention. Familiarity can create false confidence. A student who knows current as “present” must recognise electrical current in Science. A student who knows function as purpose must understand the mathematical sense. A learner who knows power socially must handle mathematical and scientific uses.
The teaching rule is to mark when the subject meaning is a specialisation rather than a completely unrelated vocabulary item.
40 Cross-Curricular Transfer Words
1. factor
Shared core: a contributing element. English: English: factor in an argument. Science: Science: factor affecting an outcome. Humanities: Humanities: factor behind change. Mathematics: Mathematics: factor of a number/expression. Transfer note: Shared idea of an element involved in a larger relationship, but mathematics has a precise multiplicative sense. Write one sentence in two different subjects and identify what meaning stays stable.
2. evidence
Shared core: information bearing on a claim. English: English: textual evidence. Science: Science: empirical evidence. Humanities: Humanities: source evidence. Mathematics: Mathematics: evidence in a justification/proof discussion. Transfer note: Shared support function; standards of evidence differ by discipline. Write one sentence in two different subjects and identify what meaning stays stable.
3. significant
Shared core: important or meaningful. English: English: significant detail. Science: Science: significant result. Humanities: Humanities: historical significance. Mathematics: Mathematics: significant figures has a technical meaning. Transfer note: One spelling, several specialised senses. Write one sentence in two different subjects and identify what meaning stays stable.
4. variable
Shared core: something that can vary. English: English: variable conditions. Science: Science: independent/dependent variable. Humanities: Humanities: variable conditions in a case. Mathematics: Mathematics: algebraic variable. Transfer note: Shared idea of changeability; technical representation differs. Write one sentence in two different subjects and identify what meaning stays stable.
5. function
Shared core: purpose or role. English: English: function of a paragraph. Science: Science: function of an organ. Humanities: Humanities: function of an institution. Mathematics: Mathematics: mapping/relation between inputs and outputs. Transfer note: Strong technical specialisation in mathematics. Write one sentence in two different subjects and identify what meaning stays stable.
6. model
Shared core: representation used to explain or predict. English: English: model response. Science: Science: scientific model. Humanities: Humanities: model of governance. Mathematics: Mathematics: mathematical model. Transfer note: Shared representation idea; criteria for usefulness vary. Write one sentence in two different subjects and identify what meaning stays stable.
7. structure
Shared core: organisation of parts. English: English: text structure. Science: Science: cellular/material structure. Humanities: Humanities: social/political structure. Mathematics: Mathematics: structure of an expression or proof. Transfer note: Shared part-whole organisation. Write one sentence in two different subjects and identify what meaning stays stable.
8. interpret
Shared core: explain meaning. English: English: interpret a phrase. Science: Science: interpret data. Humanities: Humanities: interpret a source/event. Mathematics: Mathematics: interpret a graph/result. Transfer note: Shared act of making meaning from representation. Write one sentence in two different subjects and identify what meaning stays stable.
9. analyse
Shared core: examine parts and relationships. English: English: analyse language. Science: Science: analyse results. Humanities: Humanities: analyse causes/sources. Mathematics: Mathematics: analyse patterns or problem structure. Transfer note: Shared decomposition/relationship function. Write one sentence in two different subjects and identify what meaning stays stable.
10. evaluate
Shared core: judge using criteria. English: English: evaluate writer effectiveness. Science: Science: evaluate method. Humanities: Humanities: evaluate reliability/significance. Mathematics: Mathematics: evaluate an expression has a specific computational sense. Transfer note: Same spelling, very different technical sense in mathematics. Write one sentence in two different subjects and identify what meaning stays stable.
11. justify
Shared core: give reasons/evidence. English: English: justify interpretation. Science: Science: justify conclusion. Humanities: Humanities: justify judgement. Mathematics: Mathematics: justify each step. Transfer note: Shared requirement for warranted reasoning. Write one sentence in two different subjects and identify what meaning stays stable.
12. infer
Shared core: reach conclusion from evidence. English: English: infer attitude. Science: Science: infer process from results. Humanities: Humanities: infer motive/context. Mathematics: Mathematics: infer pattern/property. Transfer note: Shared evidence-to-conclusion move. Write one sentence in two different subjects and identify what meaning stays stable.
13. derive
Shared core: obtain from a source or reasoning. English: English: derive meaning. Science: Science: derive result. Humanities: Humanities: term derived from. Mathematics: Mathematics: derive formula/result. Transfer note: Shared origin/production idea. Write one sentence in two different subjects and identify what meaning stays stable.
14. proportion
Shared core: part relative to whole or relation between quantities. English: English: proportion of respondents. Science: Science: proportion in sample. Humanities: Humanities: proportion of population. Mathematics: Mathematics: proportional relationship. Transfer note: Mathematics formalises a common quantitative idea. Write one sentence in two different subjects and identify what meaning stays stable.
15. relation
Shared core: connection between things. English: English: relation between ideas. Science: Science: relation between variables. Humanities: Humanities: relations between groups/states. Mathematics: Mathematics: relation as a set of ordered pairs. Transfer note: Technical definition narrows a general connection concept. Write one sentence in two different subjects and identify what meaning stays stable.
16. rate
Shared core: measure of change or occurrence. English: English: rate of change in discussion. Science: Science: reaction rate. Humanities: Humanities: birth/unemployment rate. Mathematics: Mathematics: rate as comparison of quantities. Transfer note: Shared change/per-unit concept. Write one sentence in two different subjects and identify what meaning stays stable.
17. trend
Shared core: general direction over observations. English: English: trend in argument/data. Science: Science: experimental trend. Humanities: Humanities: demographic/economic trend. Mathematics: Mathematics: trend in graph/data. Transfer note: Shared pattern-over-time/sequence idea. Write one sentence in two different subjects and identify what meaning stays stable.
18. impact
Shared core: strong effect. English: English: impact on audience. Science: Science: environmental impact. Humanities: Humanities: social/economic impact. Mathematics: Mathematics: usually less central. Transfer note: Shared effect concept; technicality varies. Write one sentence in two different subjects and identify what meaning stays stable.
19. mechanism
Shared core: process through which an effect occurs. English: English: narrative/argument mechanism metaphorically. Science: Science: causal/biological mechanism. Humanities: Humanities: institutional/economic mechanism. Mathematics: Mathematics: less common technical use. Transfer note: Most strongly technical in explanatory subjects. Write one sentence in two different subjects and identify what meaning stays stable.
20. process
Shared core: series of actions/stages. English: English: writing process. Science: Science: biological/chemical process. Humanities: Humanities: political/social process. Mathematics: Mathematics: problem-solving process. Transfer note: Highly transferable procedural vocabulary. Write one sentence in two different subjects and identify what meaning stays stable.
21. system
Shared core: interconnected set of parts. English: English: language system. Science: Science: body/ecological system. Humanities: Humanities: political/economic system. Mathematics: Mathematics: system of equations. Transfer note: Shared organised-whole idea with discipline-specific forms. Write one sentence in two different subjects and identify what meaning stays stable.
22. principle
Shared core: basic rule or idea. English: English: guiding principle. Science: Science: scientific principle. Humanities: Humanities: political/ethical principle. Mathematics: Mathematics: mathematical principle. Transfer note: Shared foundational idea. Write one sentence in two different subjects and identify what meaning stays stable.
23. theory
Shared core: explanatory framework. English: English: theory in discussion. Science: Science: scientific theory. Humanities: Humanities: social/historical theory. Mathematics: Mathematics: mathematical theory. Transfer note: Everyday ‘guess’ sense is often misleading academically. Write one sentence in two different subjects and identify what meaning stays stable.
24. hypothesis
Shared core: testable proposed explanation or proposition. English: English: tentative proposition. Science: Science: experimental hypothesis. Humanities: Humanities: proposed explanation. Mathematics: Mathematics: assumption in proof can differ in terminology. Transfer note: Strongly academic and method-sensitive. Write one sentence in two different subjects and identify what meaning stays stable.
25. source
Shared core: origin/provider of information. English: English: source text. Science: Science: source of energy/data. Humanities: Humanities: primary/secondary source. Mathematics: Mathematics: source data/context. Transfer note: Shared origin concept. Write one sentence in two different subjects and identify what meaning stays stable.
26. valid
Shared core: sound or suitable under relevant criteria. English: English: valid interpretation. Science: Science: valid method/conclusion. Humanities: Humanities: valid judgement/claim. Mathematics: Mathematics: valid argument/operation. Transfer note: Shared soundness idea; validity criteria vary. Write one sentence in two different subjects and identify what meaning stays stable.
27. reliable
Shared core: dependable/consistent. English: English: reliable narrator/source. Science: Science: reliable measurement. Humanities: Humanities: reliable source. Mathematics: Mathematics: less central but can describe data/method. Transfer note: Scientific reliability often has a more specific measurement sense. Write one sentence in two different subjects and identify what meaning stays stable.
28. bias
Shared core: systematic preference/distortion. English: English: writer bias. Science: Science: measurement/sampling bias. Humanities: Humanities: source bias. Mathematics: Mathematics/statistics: sampling/selection bias. Transfer note: Shared distortion concept with technical forms. Write one sentence in two different subjects and identify what meaning stays stable.
29. sample
Shared core: a subset or example. English: English: sample answer/text. Science: Science: sample material/group. Humanities: Humanities: survey sample. Mathematics: Mathematics/statistics: sample from population. Transfer note: Statistical sense formalises subset selection. Write one sentence in two different subjects and identify what meaning stays stable.
30. distribution
Shared core: act/pattern of spreading. English: English: distribution of information. Science: Science: species/particle distribution. Humanities: Humanities: income/population distribution. Mathematics: Mathematics/statistics: probability/data distribution. Transfer note: Technical meaning becomes formal in statistics. Write one sentence in two different subjects and identify what meaning stays stable.
31. range
Shared core: extent between limits or variety. English: English: wide range. Science: Science: measurement range. Humanities: Humanities: range of perspectives. Mathematics: Mathematics: output set/difference between extremes depending context. Transfer note: Multiple technical meanings require attention. Write one sentence in two different subjects and identify what meaning stays stable.
32. scale
Shared core: system of measurement or size. English: English: scale of problem. Science: Science: measurement scale. Humanities: Humanities: local/global scale. Mathematics: Mathematics: scale factor/scale drawing. Transfer note: Shared size/measurement concept. Write one sentence in two different subjects and identify what meaning stays stable.
33. power
Shared core: ability/control or rate/work-related concept. English: English: rhetorical/social power. Science: Science: rate of energy transfer. Humanities: Humanities: political power. Mathematics: Mathematics: exponent/power. Transfer note: Extremely polysemous cross-curricular word. Write one sentence in two different subjects and identify what meaning stays stable.
34. current
Shared core: present or flow. English: English: current issue. Science: Science: electric current. Humanities: Humanities: current affairs. Mathematics: Mathematics: current value in context, less technical. Transfer note: Familiar everyday sense can interfere with Science. Write one sentence in two different subjects and identify what meaning stays stable.
35. mean
Shared core: intend/signify or average. English: English: what does this mean?. Science: Science: mean measurement. Humanities: Humanities: mean can appear statistically. Mathematics: Mathematics: arithmetic mean. Transfer note: Same form with strongly different grammatical/technical senses. Write one sentence in two different subjects and identify what meaning stays stable.
36. volume
Shared core: amount, loudness or space. English: English: volume of material. Science: Science: physical volume. Humanities: Humanities: volume of trade/data. Mathematics: Mathematics: volume of 3D object. Transfer note: Common core of amount expands technically. Write one sentence in two different subjects and identify what meaning stays stable.
37. field
Shared core: area of activity or spatial region. English: English: field of study. Science: Science: magnetic/electric field. Humanities: Humanities: academic field. Mathematics: Mathematics: algebraic field is advanced technical sense. Transfer note: Polysemy grows with discipline. Write one sentence in two different subjects and identify what meaning stays stable.
38. representation
Shared core: way something is depicted or stands for something. English: English: representation in text/media. Science: Science: model/diagram representation. Humanities: Humanities: political/cultural representation. Mathematics: Mathematics: symbolic/graphical representation. Transfer note: Shared stand-for/depict function. Write one sentence in two different subjects and identify what meaning stays stable.
39. transform
Shared core: change form. English: English: transform a sentence/idea. Science: Science: transform energy/material. Humanities: Humanities: transform society. Mathematics: Mathematics: geometric/algebraic transformation. Transfer note: Shared change concept with formal mathematical operations. Write one sentence in two different subjects and identify what meaning stays stable.
40. approximate
Shared core: close but not exact. English: English: approximate amount. Science: Science: approximate measurement. Humanities: Humanities: approximate population/date. Mathematics: Mathematics: approximate value. Transfer note: Highly transferable precision word. Write one sentence in two different subjects and identify what meaning stays stable.
Eight Cross-Curricular Transfer Cycles
Transfer Cycle 1
factor — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “a contributing element” visible in your reasoning. Compare the subject uses: English: factor in an argument; Science: factor affecting an outcome; Humanities: factor behind change; Mathematics: factor of a number/expression. Shared idea of an element involved in a larger relationship, but mathematics has a precise multiplicative sense.
evidence — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “information bearing on a claim” visible in your reasoning. Compare the subject uses: English: textual evidence; Science: empirical evidence; Humanities: source evidence; Mathematics: evidence in a justification/proof discussion. Shared support function; standards of evidence differ by discipline.
significant — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “important or meaningful” visible in your reasoning. Compare the subject uses: English: significant detail; Science: significant result; Humanities: historical significance; Mathematics: significant figures has a technical meaning. One spelling, several specialised senses.
variable — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “something that can vary” visible in your reasoning. Compare the subject uses: English: variable conditions; Science: independent/dependent variable; Humanities: variable conditions in a case; Mathematics: algebraic variable. Shared idea of changeability; technical representation differs.
function — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “purpose or role” visible in your reasoning. Compare the subject uses: English: function of a paragraph; Science: function of an organ; Humanities: function of an institution; Mathematics: mapping/relation between inputs and outputs. Strong technical specialisation in mathematics.
model — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “representation used to explain or predict” visible in your reasoning. Compare the subject uses: English: model response; Science: scientific model; Humanities: model of governance; Mathematics: mathematical model. Shared representation idea; criteria for usefulness vary.
structure — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “organisation of parts” visible in your reasoning. Compare the subject uses: English: text structure; Science: cellular/material structure; Humanities: social/political structure; Mathematics: structure of an expression or proof. Shared part-whole organisation.
interpret — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “explain meaning” visible in your reasoning. Compare the subject uses: English: interpret a phrase; Science: interpret data; Humanities: interpret a source/event; Mathematics: interpret a graph/result. Shared act of making meaning from representation.
analyse — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “examine parts and relationships” visible in your reasoning. Compare the subject uses: English: analyse language; Science: analyse results; Humanities: analyse causes/sources; Mathematics: analyse patterns or problem structure. Shared decomposition/relationship function.
evaluate — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “judge using criteria” visible in your reasoning. Compare the subject uses: English: evaluate writer effectiveness; Science: evaluate method; Humanities: evaluate reliability/significance; Mathematics: evaluate an expression has a specific computational sense. Same spelling, very different technical sense in mathematics.
justify — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “give reasons/evidence” visible in your reasoning. Compare the subject uses: English: justify interpretation; Science: justify conclusion; Humanities: justify judgement; Mathematics: justify each step. Shared requirement for warranted reasoning.
infer — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “reach conclusion from evidence” visible in your reasoning. Compare the subject uses: English: infer attitude; Science: infer process from results; Humanities: infer motive/context; Mathematics: infer pattern/property. Shared evidence-to-conclusion move.
derive — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “obtain from a source or reasoning” visible in your reasoning. Compare the subject uses: English: derive meaning; Science: derive result; Humanities: term derived from; Mathematics: derive formula/result. Shared origin/production idea.
proportion — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “part relative to whole or relation between quantities” visible in your reasoning. Compare the subject uses: English: proportion of respondents; Science: proportion in sample; Humanities: proportion of population; Mathematics: proportional relationship. Mathematics formalises a common quantitative idea.
relation — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “connection between things” visible in your reasoning. Compare the subject uses: English: relation between ideas; Science: relation between variables; Humanities: relations between groups/states; Mathematics: relation as a set of ordered pairs. Technical definition narrows a general connection concept.
rate — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “measure of change or occurrence” visible in your reasoning. Compare the subject uses: English: rate of change in discussion; Science: reaction rate; Humanities: birth/unemployment rate; Mathematics: rate as comparison of quantities. Shared change/per-unit concept.
trend — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “general direction over observations” visible in your reasoning. Compare the subject uses: English: trend in argument/data; Science: experimental trend; Humanities: demographic/economic trend; Mathematics: trend in graph/data. Shared pattern-over-time/sequence idea.
impact — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “strong effect” visible in your reasoning. Compare the subject uses: English: impact on audience; Science: environmental impact; Humanities: social/economic impact; Mathematics: usually less central. Shared effect concept; technicality varies.
mechanism — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “process through which an effect occurs” visible in your reasoning. Compare the subject uses: English: narrative/argument mechanism metaphorically; Science: causal/biological mechanism; Humanities: institutional/economic mechanism; Mathematics: less common technical use. Most strongly technical in explanatory subjects.
process — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “series of actions/stages” visible in your reasoning. Compare the subject uses: English: writing process; Science: biological/chemical process; Humanities: political/social process; Mathematics: problem-solving process. Highly transferable procedural vocabulary.
system — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “interconnected set of parts” visible in your reasoning. Compare the subject uses: English: language system; Science: body/ecological system; Humanities: political/economic system; Mathematics: system of equations. Shared organised-whole idea with discipline-specific forms.
principle — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “basic rule or idea” visible in your reasoning. Compare the subject uses: English: guiding principle; Science: scientific principle; Humanities: political/ethical principle; Mathematics: mathematical principle. Shared foundational idea.
theory — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “explanatory framework” visible in your reasoning. Compare the subject uses: English: theory in discussion; Science: scientific theory; Humanities: social/historical theory; Mathematics: mathematical theory. Everyday ‘guess’ sense is often misleading academically.
hypothesis — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “testable proposed explanation or proposition” visible in your reasoning. Compare the subject uses: English: tentative proposition; Science: experimental hypothesis; Humanities: proposed explanation; Mathematics: assumption in proof can differ in terminology. Strongly academic and method-sensitive.
source — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “origin/provider of information” visible in your reasoning. Compare the subject uses: English: source text; Science: source of energy/data; Humanities: primary/secondary source; Mathematics: source data/context. Shared origin concept.
valid — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “sound or suitable under relevant criteria” visible in your reasoning. Compare the subject uses: English: valid interpretation; Science: valid method/conclusion; Humanities: valid judgement/claim; Mathematics: valid argument/operation. Shared soundness idea; validity criteria vary.
reliable — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “dependable/consistent” visible in your reasoning. Compare the subject uses: English: reliable narrator/source; Science: reliable measurement; Humanities: reliable source; Mathematics: less central but can describe data/method. Scientific reliability often has a more specific measurement sense.
bias — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “systematic preference/distortion” visible in your reasoning. Compare the subject uses: English: writer bias; Science: measurement/sampling bias; Humanities: source bias; Mathematics/statistics: sampling/selection bias. Shared distortion concept with technical forms.
sample — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “a subset or example” visible in your reasoning. Compare the subject uses: English: sample answer/text; Science: sample material/group; Humanities: survey sample; Mathematics/statistics: sample from population. Statistical sense formalises subset selection.
distribution — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “act/pattern of spreading” visible in your reasoning. Compare the subject uses: English: distribution of information; Science: species/particle distribution; Humanities: income/population distribution; Mathematics/statistics: probability/data distribution. Technical meaning becomes formal in statistics.
range — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “extent between limits or variety” visible in your reasoning. Compare the subject uses: English: wide range; Science: measurement range; Humanities: range of perspectives; Mathematics: output set/difference between extremes depending context. Multiple technical meanings require attention.
scale — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “system of measurement or size” visible in your reasoning. Compare the subject uses: English: scale of problem; Science: measurement scale; Humanities: local/global scale; Mathematics: scale factor/scale drawing. Shared size/measurement concept.
power — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “ability/control or rate/work-related concept” visible in your reasoning. Compare the subject uses: English: rhetorical/social power; Science: rate of energy transfer; Humanities: political power; Mathematics: exponent/power. Extremely polysemous cross-curricular word.
current — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “present or flow” visible in your reasoning. Compare the subject uses: English: current issue; Science: electric current; Humanities: current affairs; Mathematics: current value in context, less technical. Familiar everyday sense can interfere with Science.
mean — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “intend/signify or average” visible in your reasoning. Compare the subject uses: English: what does this mean?; Science: mean measurement; Humanities: mean can appear statistically; Mathematics: arithmetic mean. Same form with strongly different grammatical/technical senses.
volume — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “amount, loudness or space” visible in your reasoning. Compare the subject uses: English: volume of material; Science: physical volume; Humanities: volume of trade/data; Mathematics: volume of 3D object. Common core of amount expands technically.
field — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “area of activity or spatial region” visible in your reasoning. Compare the subject uses: English: field of study; Science: magnetic/electric field; Humanities: academic field; Mathematics: algebraic field is advanced technical sense. Polysemy grows with discipline.
representation — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “way something is depicted or stands for something” visible in your reasoning. Compare the subject uses: English: representation in text/media; Science: model/diagram representation; Humanities: political/cultural representation; Mathematics: symbolic/graphical representation. Shared stand-for/depict function.
transform — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “change form” visible in your reasoning. Compare the subject uses: English: transform a sentence/idea; Science: transform energy/material; Humanities: transform society; Mathematics: geometric/algebraic transformation. Shared change concept with formal mathematical operations.
approximate — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “close but not exact” visible in your reasoning. Compare the subject uses: English: approximate amount; Science: approximate measurement; Humanities: approximate population/date; Mathematics: approximate value. Highly transferable precision word.
Transfer Cycle 2
factor — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “a contributing element” visible in your reasoning. Compare the subject uses: English: factor in an argument; Science: factor affecting an outcome; Humanities: factor behind change; Mathematics: factor of a number/expression. Shared idea of an element involved in a larger relationship, but mathematics has a precise multiplicative sense.
evidence — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “information bearing on a claim” visible in your reasoning. Compare the subject uses: English: textual evidence; Science: empirical evidence; Humanities: source evidence; Mathematics: evidence in a justification/proof discussion. Shared support function; standards of evidence differ by discipline.
significant — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “important or meaningful” visible in your reasoning. Compare the subject uses: English: significant detail; Science: significant result; Humanities: historical significance; Mathematics: significant figures has a technical meaning. One spelling, several specialised senses.
variable — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “something that can vary” visible in your reasoning. Compare the subject uses: English: variable conditions; Science: independent/dependent variable; Humanities: variable conditions in a case; Mathematics: algebraic variable. Shared idea of changeability; technical representation differs.
function — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “purpose or role” visible in your reasoning. Compare the subject uses: English: function of a paragraph; Science: function of an organ; Humanities: function of an institution; Mathematics: mapping/relation between inputs and outputs. Strong technical specialisation in mathematics.
model — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “representation used to explain or predict” visible in your reasoning. Compare the subject uses: English: model response; Science: scientific model; Humanities: model of governance; Mathematics: mathematical model. Shared representation idea; criteria for usefulness vary.
structure — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “organisation of parts” visible in your reasoning. Compare the subject uses: English: text structure; Science: cellular/material structure; Humanities: social/political structure; Mathematics: structure of an expression or proof. Shared part-whole organisation.
interpret — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “explain meaning” visible in your reasoning. Compare the subject uses: English: interpret a phrase; Science: interpret data; Humanities: interpret a source/event; Mathematics: interpret a graph/result. Shared act of making meaning from representation.
analyse — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “examine parts and relationships” visible in your reasoning. Compare the subject uses: English: analyse language; Science: analyse results; Humanities: analyse causes/sources; Mathematics: analyse patterns or problem structure. Shared decomposition/relationship function.
evaluate — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “judge using criteria” visible in your reasoning. Compare the subject uses: English: evaluate writer effectiveness; Science: evaluate method; Humanities: evaluate reliability/significance; Mathematics: evaluate an expression has a specific computational sense. Same spelling, very different technical sense in mathematics.
justify — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “give reasons/evidence” visible in your reasoning. Compare the subject uses: English: justify interpretation; Science: justify conclusion; Humanities: justify judgement; Mathematics: justify each step. Shared requirement for warranted reasoning.
infer — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “reach conclusion from evidence” visible in your reasoning. Compare the subject uses: English: infer attitude; Science: infer process from results; Humanities: infer motive/context; Mathematics: infer pattern/property. Shared evidence-to-conclusion move.
derive — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “obtain from a source or reasoning” visible in your reasoning. Compare the subject uses: English: derive meaning; Science: derive result; Humanities: term derived from; Mathematics: derive formula/result. Shared origin/production idea.
proportion — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “part relative to whole or relation between quantities” visible in your reasoning. Compare the subject uses: English: proportion of respondents; Science: proportion in sample; Humanities: proportion of population; Mathematics: proportional relationship. Mathematics formalises a common quantitative idea.
relation — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “connection between things” visible in your reasoning. Compare the subject uses: English: relation between ideas; Science: relation between variables; Humanities: relations between groups/states; Mathematics: relation as a set of ordered pairs. Technical definition narrows a general connection concept.
rate — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “measure of change or occurrence” visible in your reasoning. Compare the subject uses: English: rate of change in discussion; Science: reaction rate; Humanities: birth/unemployment rate; Mathematics: rate as comparison of quantities. Shared change/per-unit concept.
trend — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “general direction over observations” visible in your reasoning. Compare the subject uses: English: trend in argument/data; Science: experimental trend; Humanities: demographic/economic trend; Mathematics: trend in graph/data. Shared pattern-over-time/sequence idea.
impact — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “strong effect” visible in your reasoning. Compare the subject uses: English: impact on audience; Science: environmental impact; Humanities: social/economic impact; Mathematics: usually less central. Shared effect concept; technicality varies.
mechanism — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “process through which an effect occurs” visible in your reasoning. Compare the subject uses: English: narrative/argument mechanism metaphorically; Science: causal/biological mechanism; Humanities: institutional/economic mechanism; Mathematics: less common technical use. Most strongly technical in explanatory subjects.
process — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “series of actions/stages” visible in your reasoning. Compare the subject uses: English: writing process; Science: biological/chemical process; Humanities: political/social process; Mathematics: problem-solving process. Highly transferable procedural vocabulary.
system — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “interconnected set of parts” visible in your reasoning. Compare the subject uses: English: language system; Science: body/ecological system; Humanities: political/economic system; Mathematics: system of equations. Shared organised-whole idea with discipline-specific forms.
principle — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “basic rule or idea” visible in your reasoning. Compare the subject uses: English: guiding principle; Science: scientific principle; Humanities: political/ethical principle; Mathematics: mathematical principle. Shared foundational idea.
theory — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “explanatory framework” visible in your reasoning. Compare the subject uses: English: theory in discussion; Science: scientific theory; Humanities: social/historical theory; Mathematics: mathematical theory. Everyday ‘guess’ sense is often misleading academically.
hypothesis — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “testable proposed explanation or proposition” visible in your reasoning. Compare the subject uses: English: tentative proposition; Science: experimental hypothesis; Humanities: proposed explanation; Mathematics: assumption in proof can differ in terminology. Strongly academic and method-sensitive.
source — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “origin/provider of information” visible in your reasoning. Compare the subject uses: English: source text; Science: source of energy/data; Humanities: primary/secondary source; Mathematics: source data/context. Shared origin concept.
valid — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “sound or suitable under relevant criteria” visible in your reasoning. Compare the subject uses: English: valid interpretation; Science: valid method/conclusion; Humanities: valid judgement/claim; Mathematics: valid argument/operation. Shared soundness idea; validity criteria vary.
reliable — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “dependable/consistent” visible in your reasoning. Compare the subject uses: English: reliable narrator/source; Science: reliable measurement; Humanities: reliable source; Mathematics: less central but can describe data/method. Scientific reliability often has a more specific measurement sense.
bias — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “systematic preference/distortion” visible in your reasoning. Compare the subject uses: English: writer bias; Science: measurement/sampling bias; Humanities: source bias; Mathematics/statistics: sampling/selection bias. Shared distortion concept with technical forms.
sample — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “a subset or example” visible in your reasoning. Compare the subject uses: English: sample answer/text; Science: sample material/group; Humanities: survey sample; Mathematics/statistics: sample from population. Statistical sense formalises subset selection.
distribution — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “act/pattern of spreading” visible in your reasoning. Compare the subject uses: English: distribution of information; Science: species/particle distribution; Humanities: income/population distribution; Mathematics/statistics: probability/data distribution. Technical meaning becomes formal in statistics.
range — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “extent between limits or variety” visible in your reasoning. Compare the subject uses: English: wide range; Science: measurement range; Humanities: range of perspectives; Mathematics: output set/difference between extremes depending context. Multiple technical meanings require attention.
scale — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “system of measurement or size” visible in your reasoning. Compare the subject uses: English: scale of problem; Science: measurement scale; Humanities: local/global scale; Mathematics: scale factor/scale drawing. Shared size/measurement concept.
power — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “ability/control or rate/work-related concept” visible in your reasoning. Compare the subject uses: English: rhetorical/social power; Science: rate of energy transfer; Humanities: political power; Mathematics: exponent/power. Extremely polysemous cross-curricular word.
current — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “present or flow” visible in your reasoning. Compare the subject uses: English: current issue; Science: electric current; Humanities: current affairs; Mathematics: current value in context, less technical. Familiar everyday sense can interfere with Science.
mean — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “intend/signify or average” visible in your reasoning. Compare the subject uses: English: what does this mean?; Science: mean measurement; Humanities: mean can appear statistically; Mathematics: arithmetic mean. Same form with strongly different grammatical/technical senses.
volume — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “amount, loudness or space” visible in your reasoning. Compare the subject uses: English: volume of material; Science: physical volume; Humanities: volume of trade/data; Mathematics: volume of 3D object. Common core of amount expands technically.
field — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “area of activity or spatial region” visible in your reasoning. Compare the subject uses: English: field of study; Science: magnetic/electric field; Humanities: academic field; Mathematics: algebraic field is advanced technical sense. Polysemy grows with discipline.
representation — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “way something is depicted or stands for something” visible in your reasoning. Compare the subject uses: English: representation in text/media; Science: model/diagram representation; Humanities: political/cultural representation; Mathematics: symbolic/graphical representation. Shared stand-for/depict function.
transform — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “change form” visible in your reasoning. Compare the subject uses: English: transform a sentence/idea; Science: transform energy/material; Humanities: transform society; Mathematics: geometric/algebraic transformation. Shared change concept with formal mathematical operations.
approximate — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “close but not exact” visible in your reasoning. Compare the subject uses: English: approximate amount; Science: approximate measurement; Humanities: approximate population/date; Mathematics: approximate value. Highly transferable precision word.
Transfer Cycle 3
factor — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “a contributing element” visible in your reasoning. Compare the subject uses: English: factor in an argument; Science: factor affecting an outcome; Humanities: factor behind change; Mathematics: factor of a number/expression. Shared idea of an element involved in a larger relationship, but mathematics has a precise multiplicative sense.
evidence — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “information bearing on a claim” visible in your reasoning. Compare the subject uses: English: textual evidence; Science: empirical evidence; Humanities: source evidence; Mathematics: evidence in a justification/proof discussion. Shared support function; standards of evidence differ by discipline.
significant — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “important or meaningful” visible in your reasoning. Compare the subject uses: English: significant detail; Science: significant result; Humanities: historical significance; Mathematics: significant figures has a technical meaning. One spelling, several specialised senses.
variable — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “something that can vary” visible in your reasoning. Compare the subject uses: English: variable conditions; Science: independent/dependent variable; Humanities: variable conditions in a case; Mathematics: algebraic variable. Shared idea of changeability; technical representation differs.
function — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “purpose or role” visible in your reasoning. Compare the subject uses: English: function of a paragraph; Science: function of an organ; Humanities: function of an institution; Mathematics: mapping/relation between inputs and outputs. Strong technical specialisation in mathematics.
model — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “representation used to explain or predict” visible in your reasoning. Compare the subject uses: English: model response; Science: scientific model; Humanities: model of governance; Mathematics: mathematical model. Shared representation idea; criteria for usefulness vary.
structure — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “organisation of parts” visible in your reasoning. Compare the subject uses: English: text structure; Science: cellular/material structure; Humanities: social/political structure; Mathematics: structure of an expression or proof. Shared part-whole organisation.
interpret — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “explain meaning” visible in your reasoning. Compare the subject uses: English: interpret a phrase; Science: interpret data; Humanities: interpret a source/event; Mathematics: interpret a graph/result. Shared act of making meaning from representation.
analyse — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “examine parts and relationships” visible in your reasoning. Compare the subject uses: English: analyse language; Science: analyse results; Humanities: analyse causes/sources; Mathematics: analyse patterns or problem structure. Shared decomposition/relationship function.
evaluate — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “judge using criteria” visible in your reasoning. Compare the subject uses: English: evaluate writer effectiveness; Science: evaluate method; Humanities: evaluate reliability/significance; Mathematics: evaluate an expression has a specific computational sense. Same spelling, very different technical sense in mathematics.
justify — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “give reasons/evidence” visible in your reasoning. Compare the subject uses: English: justify interpretation; Science: justify conclusion; Humanities: justify judgement; Mathematics: justify each step. Shared requirement for warranted reasoning.
infer — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “reach conclusion from evidence” visible in your reasoning. Compare the subject uses: English: infer attitude; Science: infer process from results; Humanities: infer motive/context; Mathematics: infer pattern/property. Shared evidence-to-conclusion move.
derive — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “obtain from a source or reasoning” visible in your reasoning. Compare the subject uses: English: derive meaning; Science: derive result; Humanities: term derived from; Mathematics: derive formula/result. Shared origin/production idea.
proportion — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “part relative to whole or relation between quantities” visible in your reasoning. Compare the subject uses: English: proportion of respondents; Science: proportion in sample; Humanities: proportion of population; Mathematics: proportional relationship. Mathematics formalises a common quantitative idea.
relation — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “connection between things” visible in your reasoning. Compare the subject uses: English: relation between ideas; Science: relation between variables; Humanities: relations between groups/states; Mathematics: relation as a set of ordered pairs. Technical definition narrows a general connection concept.
rate — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “measure of change or occurrence” visible in your reasoning. Compare the subject uses: English: rate of change in discussion; Science: reaction rate; Humanities: birth/unemployment rate; Mathematics: rate as comparison of quantities. Shared change/per-unit concept.
trend — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “general direction over observations” visible in your reasoning. Compare the subject uses: English: trend in argument/data; Science: experimental trend; Humanities: demographic/economic trend; Mathematics: trend in graph/data. Shared pattern-over-time/sequence idea.
impact — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “strong effect” visible in your reasoning. Compare the subject uses: English: impact on audience; Science: environmental impact; Humanities: social/economic impact; Mathematics: usually less central. Shared effect concept; technicality varies.
mechanism — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “process through which an effect occurs” visible in your reasoning. Compare the subject uses: English: narrative/argument mechanism metaphorically; Science: causal/biological mechanism; Humanities: institutional/economic mechanism; Mathematics: less common technical use. Most strongly technical in explanatory subjects.
process — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “series of actions/stages” visible in your reasoning. Compare the subject uses: English: writing process; Science: biological/chemical process; Humanities: political/social process; Mathematics: problem-solving process. Highly transferable procedural vocabulary.
system — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “interconnected set of parts” visible in your reasoning. Compare the subject uses: English: language system; Science: body/ecological system; Humanities: political/economic system; Mathematics: system of equations. Shared organised-whole idea with discipline-specific forms.
principle — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “basic rule or idea” visible in your reasoning. Compare the subject uses: English: guiding principle; Science: scientific principle; Humanities: political/ethical principle; Mathematics: mathematical principle. Shared foundational idea.
theory — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “explanatory framework” visible in your reasoning. Compare the subject uses: English: theory in discussion; Science: scientific theory; Humanities: social/historical theory; Mathematics: mathematical theory. Everyday ‘guess’ sense is often misleading academically.
hypothesis — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “testable proposed explanation or proposition” visible in your reasoning. Compare the subject uses: English: tentative proposition; Science: experimental hypothesis; Humanities: proposed explanation; Mathematics: assumption in proof can differ in terminology. Strongly academic and method-sensitive.
source — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “origin/provider of information” visible in your reasoning. Compare the subject uses: English: source text; Science: source of energy/data; Humanities: primary/secondary source; Mathematics: source data/context. Shared origin concept.
valid — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “sound or suitable under relevant criteria” visible in your reasoning. Compare the subject uses: English: valid interpretation; Science: valid method/conclusion; Humanities: valid judgement/claim; Mathematics: valid argument/operation. Shared soundness idea; validity criteria vary.
reliable — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “dependable/consistent” visible in your reasoning. Compare the subject uses: English: reliable narrator/source; Science: reliable measurement; Humanities: reliable source; Mathematics: less central but can describe data/method. Scientific reliability often has a more specific measurement sense.
bias — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “systematic preference/distortion” visible in your reasoning. Compare the subject uses: English: writer bias; Science: measurement/sampling bias; Humanities: source bias; Mathematics/statistics: sampling/selection bias. Shared distortion concept with technical forms.
sample — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “a subset or example” visible in your reasoning. Compare the subject uses: English: sample answer/text; Science: sample material/group; Humanities: survey sample; Mathematics/statistics: sample from population. Statistical sense formalises subset selection.
distribution — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “act/pattern of spreading” visible in your reasoning. Compare the subject uses: English: distribution of information; Science: species/particle distribution; Humanities: income/population distribution; Mathematics/statistics: probability/data distribution. Technical meaning becomes formal in statistics.
range — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “extent between limits or variety” visible in your reasoning. Compare the subject uses: English: wide range; Science: measurement range; Humanities: range of perspectives; Mathematics: output set/difference between extremes depending context. Multiple technical meanings require attention.
scale — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “system of measurement or size” visible in your reasoning. Compare the subject uses: English: scale of problem; Science: measurement scale; Humanities: local/global scale; Mathematics: scale factor/scale drawing. Shared size/measurement concept.
power — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “ability/control or rate/work-related concept” visible in your reasoning. Compare the subject uses: English: rhetorical/social power; Science: rate of energy transfer; Humanities: political power; Mathematics: exponent/power. Extremely polysemous cross-curricular word.
current — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “present or flow” visible in your reasoning. Compare the subject uses: English: current issue; Science: electric current; Humanities: current affairs; Mathematics: current value in context, less technical. Familiar everyday sense can interfere with Science.
mean — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “intend/signify or average” visible in your reasoning. Compare the subject uses: English: what does this mean?; Science: mean measurement; Humanities: mean can appear statistically; Mathematics: arithmetic mean. Same form with strongly different grammatical/technical senses.
volume — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “amount, loudness or space” visible in your reasoning. Compare the subject uses: English: volume of material; Science: physical volume; Humanities: volume of trade/data; Mathematics: volume of 3D object. Common core of amount expands technically.
field — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “area of activity or spatial region” visible in your reasoning. Compare the subject uses: English: field of study; Science: magnetic/electric field; Humanities: academic field; Mathematics: algebraic field is advanced technical sense. Polysemy grows with discipline.
representation — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “way something is depicted or stands for something” visible in your reasoning. Compare the subject uses: English: representation in text/media; Science: model/diagram representation; Humanities: political/cultural representation; Mathematics: symbolic/graphical representation. Shared stand-for/depict function.
transform — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “change form” visible in your reasoning. Compare the subject uses: English: transform a sentence/idea; Science: transform energy/material; Humanities: transform society; Mathematics: geometric/algebraic transformation. Shared change concept with formal mathematical operations.
approximate — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “close but not exact” visible in your reasoning. Compare the subject uses: English: approximate amount; Science: approximate measurement; Humanities: approximate population/date; Mathematics: approximate value. Highly transferable precision word.
Transfer Cycle 4
factor — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “a contributing element” visible in your reasoning. Compare the subject uses: English: factor in an argument; Science: factor affecting an outcome; Humanities: factor behind change; Mathematics: factor of a number/expression. Shared idea of an element involved in a larger relationship, but mathematics has a precise multiplicative sense.
evidence — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “information bearing on a claim” visible in your reasoning. Compare the subject uses: English: textual evidence; Science: empirical evidence; Humanities: source evidence; Mathematics: evidence in a justification/proof discussion. Shared support function; standards of evidence differ by discipline.
significant — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “important or meaningful” visible in your reasoning. Compare the subject uses: English: significant detail; Science: significant result; Humanities: historical significance; Mathematics: significant figures has a technical meaning. One spelling, several specialised senses.
variable — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “something that can vary” visible in your reasoning. Compare the subject uses: English: variable conditions; Science: independent/dependent variable; Humanities: variable conditions in a case; Mathematics: algebraic variable. Shared idea of changeability; technical representation differs.
function — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “purpose or role” visible in your reasoning. Compare the subject uses: English: function of a paragraph; Science: function of an organ; Humanities: function of an institution; Mathematics: mapping/relation between inputs and outputs. Strong technical specialisation in mathematics.
model — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “representation used to explain or predict” visible in your reasoning. Compare the subject uses: English: model response; Science: scientific model; Humanities: model of governance; Mathematics: mathematical model. Shared representation idea; criteria for usefulness vary.
structure — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “organisation of parts” visible in your reasoning. Compare the subject uses: English: text structure; Science: cellular/material structure; Humanities: social/political structure; Mathematics: structure of an expression or proof. Shared part-whole organisation.
interpret — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “explain meaning” visible in your reasoning. Compare the subject uses: English: interpret a phrase; Science: interpret data; Humanities: interpret a source/event; Mathematics: interpret a graph/result. Shared act of making meaning from representation.
analyse — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “examine parts and relationships” visible in your reasoning. Compare the subject uses: English: analyse language; Science: analyse results; Humanities: analyse causes/sources; Mathematics: analyse patterns or problem structure. Shared decomposition/relationship function.
evaluate — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “judge using criteria” visible in your reasoning. Compare the subject uses: English: evaluate writer effectiveness; Science: evaluate method; Humanities: evaluate reliability/significance; Mathematics: evaluate an expression has a specific computational sense. Same spelling, very different technical sense in mathematics.
justify — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “give reasons/evidence” visible in your reasoning. Compare the subject uses: English: justify interpretation; Science: justify conclusion; Humanities: justify judgement; Mathematics: justify each step. Shared requirement for warranted reasoning.
infer — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “reach conclusion from evidence” visible in your reasoning. Compare the subject uses: English: infer attitude; Science: infer process from results; Humanities: infer motive/context; Mathematics: infer pattern/property. Shared evidence-to-conclusion move.
derive — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “obtain from a source or reasoning” visible in your reasoning. Compare the subject uses: English: derive meaning; Science: derive result; Humanities: term derived from; Mathematics: derive formula/result. Shared origin/production idea.
proportion — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “part relative to whole or relation between quantities” visible in your reasoning. Compare the subject uses: English: proportion of respondents; Science: proportion in sample; Humanities: proportion of population; Mathematics: proportional relationship. Mathematics formalises a common quantitative idea.
relation — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “connection between things” visible in your reasoning. Compare the subject uses: English: relation between ideas; Science: relation between variables; Humanities: relations between groups/states; Mathematics: relation as a set of ordered pairs. Technical definition narrows a general connection concept.
rate — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “measure of change or occurrence” visible in your reasoning. Compare the subject uses: English: rate of change in discussion; Science: reaction rate; Humanities: birth/unemployment rate; Mathematics: rate as comparison of quantities. Shared change/per-unit concept.
trend — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “general direction over observations” visible in your reasoning. Compare the subject uses: English: trend in argument/data; Science: experimental trend; Humanities: demographic/economic trend; Mathematics: trend in graph/data. Shared pattern-over-time/sequence idea.
impact — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “strong effect” visible in your reasoning. Compare the subject uses: English: impact on audience; Science: environmental impact; Humanities: social/economic impact; Mathematics: usually less central. Shared effect concept; technicality varies.
mechanism — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “process through which an effect occurs” visible in your reasoning. Compare the subject uses: English: narrative/argument mechanism metaphorically; Science: causal/biological mechanism; Humanities: institutional/economic mechanism; Mathematics: less common technical use. Most strongly technical in explanatory subjects.
process — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “series of actions/stages” visible in your reasoning. Compare the subject uses: English: writing process; Science: biological/chemical process; Humanities: political/social process; Mathematics: problem-solving process. Highly transferable procedural vocabulary.
system — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “interconnected set of parts” visible in your reasoning. Compare the subject uses: English: language system; Science: body/ecological system; Humanities: political/economic system; Mathematics: system of equations. Shared organised-whole idea with discipline-specific forms.
principle — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “basic rule or idea” visible in your reasoning. Compare the subject uses: English: guiding principle; Science: scientific principle; Humanities: political/ethical principle; Mathematics: mathematical principle. Shared foundational idea.
theory — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “explanatory framework” visible in your reasoning. Compare the subject uses: English: theory in discussion; Science: scientific theory; Humanities: social/historical theory; Mathematics: mathematical theory. Everyday ‘guess’ sense is often misleading academically.
hypothesis — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “testable proposed explanation or proposition” visible in your reasoning. Compare the subject uses: English: tentative proposition; Science: experimental hypothesis; Humanities: proposed explanation; Mathematics: assumption in proof can differ in terminology. Strongly academic and method-sensitive.
source — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “origin/provider of information” visible in your reasoning. Compare the subject uses: English: source text; Science: source of energy/data; Humanities: primary/secondary source; Mathematics: source data/context. Shared origin concept.
valid — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “sound or suitable under relevant criteria” visible in your reasoning. Compare the subject uses: English: valid interpretation; Science: valid method/conclusion; Humanities: valid judgement/claim; Mathematics: valid argument/operation. Shared soundness idea; validity criteria vary.
reliable — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “dependable/consistent” visible in your reasoning. Compare the subject uses: English: reliable narrator/source; Science: reliable measurement; Humanities: reliable source; Mathematics: less central but can describe data/method. Scientific reliability often has a more specific measurement sense.
bias — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “systematic preference/distortion” visible in your reasoning. Compare the subject uses: English: writer bias; Science: measurement/sampling bias; Humanities: source bias; Mathematics/statistics: sampling/selection bias. Shared distortion concept with technical forms.
sample — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “a subset or example” visible in your reasoning. Compare the subject uses: English: sample answer/text; Science: sample material/group; Humanities: survey sample; Mathematics/statistics: sample from population. Statistical sense formalises subset selection.
distribution — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “act/pattern of spreading” visible in your reasoning. Compare the subject uses: English: distribution of information; Science: species/particle distribution; Humanities: income/population distribution; Mathematics/statistics: probability/data distribution. Technical meaning becomes formal in statistics.
range — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “extent between limits or variety” visible in your reasoning. Compare the subject uses: English: wide range; Science: measurement range; Humanities: range of perspectives; Mathematics: output set/difference between extremes depending context. Multiple technical meanings require attention.
scale — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “system of measurement or size” visible in your reasoning. Compare the subject uses: English: scale of problem; Science: measurement scale; Humanities: local/global scale; Mathematics: scale factor/scale drawing. Shared size/measurement concept.
power — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “ability/control or rate/work-related concept” visible in your reasoning. Compare the subject uses: English: rhetorical/social power; Science: rate of energy transfer; Humanities: political power; Mathematics: exponent/power. Extremely polysemous cross-curricular word.
current — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “present or flow” visible in your reasoning. Compare the subject uses: English: current issue; Science: electric current; Humanities: current affairs; Mathematics: current value in context, less technical. Familiar everyday sense can interfere with Science.
mean — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “intend/signify or average” visible in your reasoning. Compare the subject uses: English: what does this mean?; Science: mean measurement; Humanities: mean can appear statistically; Mathematics: arithmetic mean. Same form with strongly different grammatical/technical senses.
volume — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “amount, loudness or space” visible in your reasoning. Compare the subject uses: English: volume of material; Science: physical volume; Humanities: volume of trade/data; Mathematics: volume of 3D object. Common core of amount expands technically.
field — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “area of activity or spatial region” visible in your reasoning. Compare the subject uses: English: field of study; Science: magnetic/electric field; Humanities: academic field; Mathematics: algebraic field is advanced technical sense. Polysemy grows with discipline.
representation — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “way something is depicted or stands for something” visible in your reasoning. Compare the subject uses: English: representation in text/media; Science: model/diagram representation; Humanities: political/cultural representation; Mathematics: symbolic/graphical representation. Shared stand-for/depict function.
transform — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “change form” visible in your reasoning. Compare the subject uses: English: transform a sentence/idea; Science: transform energy/material; Humanities: transform society; Mathematics: geometric/algebraic transformation. Shared change concept with formal mathematical operations.
approximate — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “close but not exact” visible in your reasoning. Compare the subject uses: English: approximate amount; Science: approximate measurement; Humanities: approximate population/date; Mathematics: approximate value. Highly transferable precision word.
Transfer Cycle 5
factor — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “a contributing element” visible in your reasoning. Compare the subject uses: English: factor in an argument; Science: factor affecting an outcome; Humanities: factor behind change; Mathematics: factor of a number/expression. Shared idea of an element involved in a larger relationship, but mathematics has a precise multiplicative sense.
evidence — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “information bearing on a claim” visible in your reasoning. Compare the subject uses: English: textual evidence; Science: empirical evidence; Humanities: source evidence; Mathematics: evidence in a justification/proof discussion. Shared support function; standards of evidence differ by discipline.
significant — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “important or meaningful” visible in your reasoning. Compare the subject uses: English: significant detail; Science: significant result; Humanities: historical significance; Mathematics: significant figures has a technical meaning. One spelling, several specialised senses.
variable — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “something that can vary” visible in your reasoning. Compare the subject uses: English: variable conditions; Science: independent/dependent variable; Humanities: variable conditions in a case; Mathematics: algebraic variable. Shared idea of changeability; technical representation differs.
function — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “purpose or role” visible in your reasoning. Compare the subject uses: English: function of a paragraph; Science: function of an organ; Humanities: function of an institution; Mathematics: mapping/relation between inputs and outputs. Strong technical specialisation in mathematics.
model — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “representation used to explain or predict” visible in your reasoning. Compare the subject uses: English: model response; Science: scientific model; Humanities: model of governance; Mathematics: mathematical model. Shared representation idea; criteria for usefulness vary.
structure — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “organisation of parts” visible in your reasoning. Compare the subject uses: English: text structure; Science: cellular/material structure; Humanities: social/political structure; Mathematics: structure of an expression or proof. Shared part-whole organisation.
interpret — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “explain meaning” visible in your reasoning. Compare the subject uses: English: interpret a phrase; Science: interpret data; Humanities: interpret a source/event; Mathematics: interpret a graph/result. Shared act of making meaning from representation.
analyse — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “examine parts and relationships” visible in your reasoning. Compare the subject uses: English: analyse language; Science: analyse results; Humanities: analyse causes/sources; Mathematics: analyse patterns or problem structure. Shared decomposition/relationship function.
evaluate — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “judge using criteria” visible in your reasoning. Compare the subject uses: English: evaluate writer effectiveness; Science: evaluate method; Humanities: evaluate reliability/significance; Mathematics: evaluate an expression has a specific computational sense. Same spelling, very different technical sense in mathematics.
justify — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “give reasons/evidence” visible in your reasoning. Compare the subject uses: English: justify interpretation; Science: justify conclusion; Humanities: justify judgement; Mathematics: justify each step. Shared requirement for warranted reasoning.
infer — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “reach conclusion from evidence” visible in your reasoning. Compare the subject uses: English: infer attitude; Science: infer process from results; Humanities: infer motive/context; Mathematics: infer pattern/property. Shared evidence-to-conclusion move.
derive — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “obtain from a source or reasoning” visible in your reasoning. Compare the subject uses: English: derive meaning; Science: derive result; Humanities: term derived from; Mathematics: derive formula/result. Shared origin/production idea.
proportion — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “part relative to whole or relation between quantities” visible in your reasoning. Compare the subject uses: English: proportion of respondents; Science: proportion in sample; Humanities: proportion of population; Mathematics: proportional relationship. Mathematics formalises a common quantitative idea.
relation — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “connection between things” visible in your reasoning. Compare the subject uses: English: relation between ideas; Science: relation between variables; Humanities: relations between groups/states; Mathematics: relation as a set of ordered pairs. Technical definition narrows a general connection concept.
rate — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “measure of change or occurrence” visible in your reasoning. Compare the subject uses: English: rate of change in discussion; Science: reaction rate; Humanities: birth/unemployment rate; Mathematics: rate as comparison of quantities. Shared change/per-unit concept.
trend — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “general direction over observations” visible in your reasoning. Compare the subject uses: English: trend in argument/data; Science: experimental trend; Humanities: demographic/economic trend; Mathematics: trend in graph/data. Shared pattern-over-time/sequence idea.
impact — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “strong effect” visible in your reasoning. Compare the subject uses: English: impact on audience; Science: environmental impact; Humanities: social/economic impact; Mathematics: usually less central. Shared effect concept; technicality varies.
mechanism — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “process through which an effect occurs” visible in your reasoning. Compare the subject uses: English: narrative/argument mechanism metaphorically; Science: causal/biological mechanism; Humanities: institutional/economic mechanism; Mathematics: less common technical use. Most strongly technical in explanatory subjects.
process — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “series of actions/stages” visible in your reasoning. Compare the subject uses: English: writing process; Science: biological/chemical process; Humanities: political/social process; Mathematics: problem-solving process. Highly transferable procedural vocabulary.
system — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “interconnected set of parts” visible in your reasoning. Compare the subject uses: English: language system; Science: body/ecological system; Humanities: political/economic system; Mathematics: system of equations. Shared organised-whole idea with discipline-specific forms.
principle — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “basic rule or idea” visible in your reasoning. Compare the subject uses: English: guiding principle; Science: scientific principle; Humanities: political/ethical principle; Mathematics: mathematical principle. Shared foundational idea.
theory — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “explanatory framework” visible in your reasoning. Compare the subject uses: English: theory in discussion; Science: scientific theory; Humanities: social/historical theory; Mathematics: mathematical theory. Everyday ‘guess’ sense is often misleading academically.
hypothesis — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “testable proposed explanation or proposition” visible in your reasoning. Compare the subject uses: English: tentative proposition; Science: experimental hypothesis; Humanities: proposed explanation; Mathematics: assumption in proof can differ in terminology. Strongly academic and method-sensitive.
source — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “origin/provider of information” visible in your reasoning. Compare the subject uses: English: source text; Science: source of energy/data; Humanities: primary/secondary source; Mathematics: source data/context. Shared origin concept.
valid — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “sound or suitable under relevant criteria” visible in your reasoning. Compare the subject uses: English: valid interpretation; Science: valid method/conclusion; Humanities: valid judgement/claim; Mathematics: valid argument/operation. Shared soundness idea; validity criteria vary.
reliable — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “dependable/consistent” visible in your reasoning. Compare the subject uses: English: reliable narrator/source; Science: reliable measurement; Humanities: reliable source; Mathematics: less central but can describe data/method. Scientific reliability often has a more specific measurement sense.
bias — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “systematic preference/distortion” visible in your reasoning. Compare the subject uses: English: writer bias; Science: measurement/sampling bias; Humanities: source bias; Mathematics/statistics: sampling/selection bias. Shared distortion concept with technical forms.
sample — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “a subset or example” visible in your reasoning. Compare the subject uses: English: sample answer/text; Science: sample material/group; Humanities: survey sample; Mathematics/statistics: sample from population. Statistical sense formalises subset selection.
distribution — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “act/pattern of spreading” visible in your reasoning. Compare the subject uses: English: distribution of information; Science: species/particle distribution; Humanities: income/population distribution; Mathematics/statistics: probability/data distribution. Technical meaning becomes formal in statistics.
range — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “extent between limits or variety” visible in your reasoning. Compare the subject uses: English: wide range; Science: measurement range; Humanities: range of perspectives; Mathematics: output set/difference between extremes depending context. Multiple technical meanings require attention.
scale — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “system of measurement or size” visible in your reasoning. Compare the subject uses: English: scale of problem; Science: measurement scale; Humanities: local/global scale; Mathematics: scale factor/scale drawing. Shared size/measurement concept.
power — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “ability/control or rate/work-related concept” visible in your reasoning. Compare the subject uses: English: rhetorical/social power; Science: rate of energy transfer; Humanities: political power; Mathematics: exponent/power. Extremely polysemous cross-curricular word.
current — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “present or flow” visible in your reasoning. Compare the subject uses: English: current issue; Science: electric current; Humanities: current affairs; Mathematics: current value in context, less technical. Familiar everyday sense can interfere with Science.
mean — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “intend/signify or average” visible in your reasoning. Compare the subject uses: English: what does this mean?; Science: mean measurement; Humanities: mean can appear statistically; Mathematics: arithmetic mean. Same form with strongly different grammatical/technical senses.
volume — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “amount, loudness or space” visible in your reasoning. Compare the subject uses: English: volume of material; Science: physical volume; Humanities: volume of trade/data; Mathematics: volume of 3D object. Common core of amount expands technically.
field — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “area of activity or spatial region” visible in your reasoning. Compare the subject uses: English: field of study; Science: magnetic/electric field; Humanities: academic field; Mathematics: algebraic field is advanced technical sense. Polysemy grows with discipline.
representation — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “way something is depicted or stands for something” visible in your reasoning. Compare the subject uses: English: representation in text/media; Science: model/diagram representation; Humanities: political/cultural representation; Mathematics: symbolic/graphical representation. Shared stand-for/depict function.
transform — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “change form” visible in your reasoning. Compare the subject uses: English: transform a sentence/idea; Science: transform energy/material; Humanities: transform society; Mathematics: geometric/algebraic transformation. Shared change concept with formal mathematical operations.
approximate — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “close but not exact” visible in your reasoning. Compare the subject uses: English: approximate amount; Science: approximate measurement; Humanities: approximate population/date; Mathematics: approximate value. Highly transferable precision word.
Transfer Cycle 6
factor — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “a contributing element” visible in your reasoning. Compare the subject uses: English: factor in an argument; Science: factor affecting an outcome; Humanities: factor behind change; Mathematics: factor of a number/expression. Shared idea of an element involved in a larger relationship, but mathematics has a precise multiplicative sense.
evidence — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “information bearing on a claim” visible in your reasoning. Compare the subject uses: English: textual evidence; Science: empirical evidence; Humanities: source evidence; Mathematics: evidence in a justification/proof discussion. Shared support function; standards of evidence differ by discipline.
significant — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “important or meaningful” visible in your reasoning. Compare the subject uses: English: significant detail; Science: significant result; Humanities: historical significance; Mathematics: significant figures has a technical meaning. One spelling, several specialised senses.
variable — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “something that can vary” visible in your reasoning. Compare the subject uses: English: variable conditions; Science: independent/dependent variable; Humanities: variable conditions in a case; Mathematics: algebraic variable. Shared idea of changeability; technical representation differs.
function — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “purpose or role” visible in your reasoning. Compare the subject uses: English: function of a paragraph; Science: function of an organ; Humanities: function of an institution; Mathematics: mapping/relation between inputs and outputs. Strong technical specialisation in mathematics.
model — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “representation used to explain or predict” visible in your reasoning. Compare the subject uses: English: model response; Science: scientific model; Humanities: model of governance; Mathematics: mathematical model. Shared representation idea; criteria for usefulness vary.
structure — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “organisation of parts” visible in your reasoning. Compare the subject uses: English: text structure; Science: cellular/material structure; Humanities: social/political structure; Mathematics: structure of an expression or proof. Shared part-whole organisation.
interpret — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “explain meaning” visible in your reasoning. Compare the subject uses: English: interpret a phrase; Science: interpret data; Humanities: interpret a source/event; Mathematics: interpret a graph/result. Shared act of making meaning from representation.
analyse — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “examine parts and relationships” visible in your reasoning. Compare the subject uses: English: analyse language; Science: analyse results; Humanities: analyse causes/sources; Mathematics: analyse patterns or problem structure. Shared decomposition/relationship function.
evaluate — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “judge using criteria” visible in your reasoning. Compare the subject uses: English: evaluate writer effectiveness; Science: evaluate method; Humanities: evaluate reliability/significance; Mathematics: evaluate an expression has a specific computational sense. Same spelling, very different technical sense in mathematics.
justify — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “give reasons/evidence” visible in your reasoning. Compare the subject uses: English: justify interpretation; Science: justify conclusion; Humanities: justify judgement; Mathematics: justify each step. Shared requirement for warranted reasoning.
infer — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “reach conclusion from evidence” visible in your reasoning. Compare the subject uses: English: infer attitude; Science: infer process from results; Humanities: infer motive/context; Mathematics: infer pattern/property. Shared evidence-to-conclusion move.
derive — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “obtain from a source or reasoning” visible in your reasoning. Compare the subject uses: English: derive meaning; Science: derive result; Humanities: term derived from; Mathematics: derive formula/result. Shared origin/production idea.
proportion — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “part relative to whole or relation between quantities” visible in your reasoning. Compare the subject uses: English: proportion of respondents; Science: proportion in sample; Humanities: proportion of population; Mathematics: proportional relationship. Mathematics formalises a common quantitative idea.
relation — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “connection between things” visible in your reasoning. Compare the subject uses: English: relation between ideas; Science: relation between variables; Humanities: relations between groups/states; Mathematics: relation as a set of ordered pairs. Technical definition narrows a general connection concept.
rate — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “measure of change or occurrence” visible in your reasoning. Compare the subject uses: English: rate of change in discussion; Science: reaction rate; Humanities: birth/unemployment rate; Mathematics: rate as comparison of quantities. Shared change/per-unit concept.
trend — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “general direction over observations” visible in your reasoning. Compare the subject uses: English: trend in argument/data; Science: experimental trend; Humanities: demographic/economic trend; Mathematics: trend in graph/data. Shared pattern-over-time/sequence idea.
impact — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “strong effect” visible in your reasoning. Compare the subject uses: English: impact on audience; Science: environmental impact; Humanities: social/economic impact; Mathematics: usually less central. Shared effect concept; technicality varies.
mechanism — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “process through which an effect occurs” visible in your reasoning. Compare the subject uses: English: narrative/argument mechanism metaphorically; Science: causal/biological mechanism; Humanities: institutional/economic mechanism; Mathematics: less common technical use. Most strongly technical in explanatory subjects.
process — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “series of actions/stages” visible in your reasoning. Compare the subject uses: English: writing process; Science: biological/chemical process; Humanities: political/social process; Mathematics: problem-solving process. Highly transferable procedural vocabulary.
system — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “interconnected set of parts” visible in your reasoning. Compare the subject uses: English: language system; Science: body/ecological system; Humanities: political/economic system; Mathematics: system of equations. Shared organised-whole idea with discipline-specific forms.
principle — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “basic rule or idea” visible in your reasoning. Compare the subject uses: English: guiding principle; Science: scientific principle; Humanities: political/ethical principle; Mathematics: mathematical principle. Shared foundational idea.
theory — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “explanatory framework” visible in your reasoning. Compare the subject uses: English: theory in discussion; Science: scientific theory; Humanities: social/historical theory; Mathematics: mathematical theory. Everyday ‘guess’ sense is often misleading academically.
hypothesis — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “testable proposed explanation or proposition” visible in your reasoning. Compare the subject uses: English: tentative proposition; Science: experimental hypothesis; Humanities: proposed explanation; Mathematics: assumption in proof can differ in terminology. Strongly academic and method-sensitive.
source — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “origin/provider of information” visible in your reasoning. Compare the subject uses: English: source text; Science: source of energy/data; Humanities: primary/secondary source; Mathematics: source data/context. Shared origin concept.
valid — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “sound or suitable under relevant criteria” visible in your reasoning. Compare the subject uses: English: valid interpretation; Science: valid method/conclusion; Humanities: valid judgement/claim; Mathematics: valid argument/operation. Shared soundness idea; validity criteria vary.
reliable — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “dependable/consistent” visible in your reasoning. Compare the subject uses: English: reliable narrator/source; Science: reliable measurement; Humanities: reliable source; Mathematics: less central but can describe data/method. Scientific reliability often has a more specific measurement sense.
bias — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “systematic preference/distortion” visible in your reasoning. Compare the subject uses: English: writer bias; Science: measurement/sampling bias; Humanities: source bias; Mathematics/statistics: sampling/selection bias. Shared distortion concept with technical forms.
sample — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “a subset or example” visible in your reasoning. Compare the subject uses: English: sample answer/text; Science: sample material/group; Humanities: survey sample; Mathematics/statistics: sample from population. Statistical sense formalises subset selection.
distribution — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “act/pattern of spreading” visible in your reasoning. Compare the subject uses: English: distribution of information; Science: species/particle distribution; Humanities: income/population distribution; Mathematics/statistics: probability/data distribution. Technical meaning becomes formal in statistics.
range — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “extent between limits or variety” visible in your reasoning. Compare the subject uses: English: wide range; Science: measurement range; Humanities: range of perspectives; Mathematics: output set/difference between extremes depending context. Multiple technical meanings require attention.
scale — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “system of measurement or size” visible in your reasoning. Compare the subject uses: English: scale of problem; Science: measurement scale; Humanities: local/global scale; Mathematics: scale factor/scale drawing. Shared size/measurement concept.
power — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “ability/control or rate/work-related concept” visible in your reasoning. Compare the subject uses: English: rhetorical/social power; Science: rate of energy transfer; Humanities: political power; Mathematics: exponent/power. Extremely polysemous cross-curricular word.
current — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “present or flow” visible in your reasoning. Compare the subject uses: English: current issue; Science: electric current; Humanities: current affairs; Mathematics: current value in context, less technical. Familiar everyday sense can interfere with Science.
mean — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “intend/signify or average” visible in your reasoning. Compare the subject uses: English: what does this mean?; Science: mean measurement; Humanities: mean can appear statistically; Mathematics: arithmetic mean. Same form with strongly different grammatical/technical senses.
volume — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “amount, loudness or space” visible in your reasoning. Compare the subject uses: English: volume of material; Science: physical volume; Humanities: volume of trade/data; Mathematics: volume of 3D object. Common core of amount expands technically.
field — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “area of activity or spatial region” visible in your reasoning. Compare the subject uses: English: field of study; Science: magnetic/electric field; Humanities: academic field; Mathematics: algebraic field is advanced technical sense. Polysemy grows with discipline.
representation — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “way something is depicted or stands for something” visible in your reasoning. Compare the subject uses: English: representation in text/media; Science: model/diagram representation; Humanities: political/cultural representation; Mathematics: symbolic/graphical representation. Shared stand-for/depict function.
transform — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “change form” visible in your reasoning. Compare the subject uses: English: transform a sentence/idea; Science: transform energy/material; Humanities: transform society; Mathematics: geometric/algebraic transformation. Shared change concept with formal mathematical operations.
approximate — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “close but not exact” visible in your reasoning. Compare the subject uses: English: approximate amount; Science: approximate measurement; Humanities: approximate population/date; Mathematics: approximate value. Highly transferable precision word.
Transfer Cycle 7
factor — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “a contributing element” visible in your reasoning. Compare the subject uses: English: factor in an argument; Science: factor affecting an outcome; Humanities: factor behind change; Mathematics: factor of a number/expression. Shared idea of an element involved in a larger relationship, but mathematics has a precise multiplicative sense.
evidence — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “information bearing on a claim” visible in your reasoning. Compare the subject uses: English: textual evidence; Science: empirical evidence; Humanities: source evidence; Mathematics: evidence in a justification/proof discussion. Shared support function; standards of evidence differ by discipline.
significant — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “important or meaningful” visible in your reasoning. Compare the subject uses: English: significant detail; Science: significant result; Humanities: historical significance; Mathematics: significant figures has a technical meaning. One spelling, several specialised senses.
variable — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “something that can vary” visible in your reasoning. Compare the subject uses: English: variable conditions; Science: independent/dependent variable; Humanities: variable conditions in a case; Mathematics: algebraic variable. Shared idea of changeability; technical representation differs.
function — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “purpose or role” visible in your reasoning. Compare the subject uses: English: function of a paragraph; Science: function of an organ; Humanities: function of an institution; Mathematics: mapping/relation between inputs and outputs. Strong technical specialisation in mathematics.
model — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “representation used to explain or predict” visible in your reasoning. Compare the subject uses: English: model response; Science: scientific model; Humanities: model of governance; Mathematics: mathematical model. Shared representation idea; criteria for usefulness vary.
structure — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “organisation of parts” visible in your reasoning. Compare the subject uses: English: text structure; Science: cellular/material structure; Humanities: social/political structure; Mathematics: structure of an expression or proof. Shared part-whole organisation.
interpret — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “explain meaning” visible in your reasoning. Compare the subject uses: English: interpret a phrase; Science: interpret data; Humanities: interpret a source/event; Mathematics: interpret a graph/result. Shared act of making meaning from representation.
analyse — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “examine parts and relationships” visible in your reasoning. Compare the subject uses: English: analyse language; Science: analyse results; Humanities: analyse causes/sources; Mathematics: analyse patterns or problem structure. Shared decomposition/relationship function.
evaluate — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “judge using criteria” visible in your reasoning. Compare the subject uses: English: evaluate writer effectiveness; Science: evaluate method; Humanities: evaluate reliability/significance; Mathematics: evaluate an expression has a specific computational sense. Same spelling, very different technical sense in mathematics.
justify — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “give reasons/evidence” visible in your reasoning. Compare the subject uses: English: justify interpretation; Science: justify conclusion; Humanities: justify judgement; Mathematics: justify each step. Shared requirement for warranted reasoning.
infer — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “reach conclusion from evidence” visible in your reasoning. Compare the subject uses: English: infer attitude; Science: infer process from results; Humanities: infer motive/context; Mathematics: infer pattern/property. Shared evidence-to-conclusion move.
derive — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “obtain from a source or reasoning” visible in your reasoning. Compare the subject uses: English: derive meaning; Science: derive result; Humanities: term derived from; Mathematics: derive formula/result. Shared origin/production idea.
proportion — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “part relative to whole or relation between quantities” visible in your reasoning. Compare the subject uses: English: proportion of respondents; Science: proportion in sample; Humanities: proportion of population; Mathematics: proportional relationship. Mathematics formalises a common quantitative idea.
relation — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “connection between things” visible in your reasoning. Compare the subject uses: English: relation between ideas; Science: relation between variables; Humanities: relations between groups/states; Mathematics: relation as a set of ordered pairs. Technical definition narrows a general connection concept.
rate — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “measure of change or occurrence” visible in your reasoning. Compare the subject uses: English: rate of change in discussion; Science: reaction rate; Humanities: birth/unemployment rate; Mathematics: rate as comparison of quantities. Shared change/per-unit concept.
trend — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “general direction over observations” visible in your reasoning. Compare the subject uses: English: trend in argument/data; Science: experimental trend; Humanities: demographic/economic trend; Mathematics: trend in graph/data. Shared pattern-over-time/sequence idea.
impact — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “strong effect” visible in your reasoning. Compare the subject uses: English: impact on audience; Science: environmental impact; Humanities: social/economic impact; Mathematics: usually less central. Shared effect concept; technicality varies.
mechanism — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “process through which an effect occurs” visible in your reasoning. Compare the subject uses: English: narrative/argument mechanism metaphorically; Science: causal/biological mechanism; Humanities: institutional/economic mechanism; Mathematics: less common technical use. Most strongly technical in explanatory subjects.
process — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “series of actions/stages” visible in your reasoning. Compare the subject uses: English: writing process; Science: biological/chemical process; Humanities: political/social process; Mathematics: problem-solving process. Highly transferable procedural vocabulary.
system — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “interconnected set of parts” visible in your reasoning. Compare the subject uses: English: language system; Science: body/ecological system; Humanities: political/economic system; Mathematics: system of equations. Shared organised-whole idea with discipline-specific forms.
principle — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “basic rule or idea” visible in your reasoning. Compare the subject uses: English: guiding principle; Science: scientific principle; Humanities: political/ethical principle; Mathematics: mathematical principle. Shared foundational idea.
theory — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “explanatory framework” visible in your reasoning. Compare the subject uses: English: theory in discussion; Science: scientific theory; Humanities: social/historical theory; Mathematics: mathematical theory. Everyday ‘guess’ sense is often misleading academically.
hypothesis — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “testable proposed explanation or proposition” visible in your reasoning. Compare the subject uses: English: tentative proposition; Science: experimental hypothesis; Humanities: proposed explanation; Mathematics: assumption in proof can differ in terminology. Strongly academic and method-sensitive.
source — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “origin/provider of information” visible in your reasoning. Compare the subject uses: English: source text; Science: source of energy/data; Humanities: primary/secondary source; Mathematics: source data/context. Shared origin concept.
valid — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “sound or suitable under relevant criteria” visible in your reasoning. Compare the subject uses: English: valid interpretation; Science: valid method/conclusion; Humanities: valid judgement/claim; Mathematics: valid argument/operation. Shared soundness idea; validity criteria vary.
reliable — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “dependable/consistent” visible in your reasoning. Compare the subject uses: English: reliable narrator/source; Science: reliable measurement; Humanities: reliable source; Mathematics: less central but can describe data/method. Scientific reliability often has a more specific measurement sense.
bias — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “systematic preference/distortion” visible in your reasoning. Compare the subject uses: English: writer bias; Science: measurement/sampling bias; Humanities: source bias; Mathematics/statistics: sampling/selection bias. Shared distortion concept with technical forms.
sample — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “a subset or example” visible in your reasoning. Compare the subject uses: English: sample answer/text; Science: sample material/group; Humanities: survey sample; Mathematics/statistics: sample from population. Statistical sense formalises subset selection.
distribution — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “act/pattern of spreading” visible in your reasoning. Compare the subject uses: English: distribution of information; Science: species/particle distribution; Humanities: income/population distribution; Mathematics/statistics: probability/data distribution. Technical meaning becomes formal in statistics.
range — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “extent between limits or variety” visible in your reasoning. Compare the subject uses: English: wide range; Science: measurement range; Humanities: range of perspectives; Mathematics: output set/difference between extremes depending context. Multiple technical meanings require attention.
scale — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “system of measurement or size” visible in your reasoning. Compare the subject uses: English: scale of problem; Science: measurement scale; Humanities: local/global scale; Mathematics: scale factor/scale drawing. Shared size/measurement concept.
power — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “ability/control or rate/work-related concept” visible in your reasoning. Compare the subject uses: English: rhetorical/social power; Science: rate of energy transfer; Humanities: political power; Mathematics: exponent/power. Extremely polysemous cross-curricular word.
current — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “present or flow” visible in your reasoning. Compare the subject uses: English: current issue; Science: electric current; Humanities: current affairs; Mathematics: current value in context, less technical. Familiar everyday sense can interfere with Science.
mean — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “intend/signify or average” visible in your reasoning. Compare the subject uses: English: what does this mean?; Science: mean measurement; Humanities: mean can appear statistically; Mathematics: arithmetic mean. Same form with strongly different grammatical/technical senses.
volume — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “amount, loudness or space” visible in your reasoning. Compare the subject uses: English: volume of material; Science: physical volume; Humanities: volume of trade/data; Mathematics: volume of 3D object. Common core of amount expands technically.
field — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “area of activity or spatial region” visible in your reasoning. Compare the subject uses: English: field of study; Science: magnetic/electric field; Humanities: academic field; Mathematics: algebraic field is advanced technical sense. Polysemy grows with discipline.
representation — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “way something is depicted or stands for something” visible in your reasoning. Compare the subject uses: English: representation in text/media; Science: model/diagram representation; Humanities: political/cultural representation; Mathematics: symbolic/graphical representation. Shared stand-for/depict function.
transform — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “change form” visible in your reasoning. Compare the subject uses: English: transform a sentence/idea; Science: transform energy/material; Humanities: transform society; Mathematics: geometric/algebraic transformation. Shared change concept with formal mathematical operations.
approximate — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “close but not exact” visible in your reasoning. Compare the subject uses: English: approximate amount; Science: approximate measurement; Humanities: approximate population/date; Mathematics: approximate value. Highly transferable precision word.
Transfer Cycle 8
factor — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “a contributing element” visible in your reasoning. Compare the subject uses: English: factor in an argument; Science: factor affecting an outcome; Humanities: factor behind change; Mathematics: factor of a number/expression. Shared idea of an element involved in a larger relationship, but mathematics has a precise multiplicative sense.
evidence — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “information bearing on a claim” visible in your reasoning. Compare the subject uses: English: textual evidence; Science: empirical evidence; Humanities: source evidence; Mathematics: evidence in a justification/proof discussion. Shared support function; standards of evidence differ by discipline.
significant — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “important or meaningful” visible in your reasoning. Compare the subject uses: English: significant detail; Science: significant result; Humanities: historical significance; Mathematics: significant figures has a technical meaning. One spelling, several specialised senses.
variable — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “something that can vary” visible in your reasoning. Compare the subject uses: English: variable conditions; Science: independent/dependent variable; Humanities: variable conditions in a case; Mathematics: algebraic variable. Shared idea of changeability; technical representation differs.
function — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “purpose or role” visible in your reasoning. Compare the subject uses: English: function of a paragraph; Science: function of an organ; Humanities: function of an institution; Mathematics: mapping/relation between inputs and outputs. Strong technical specialisation in mathematics.
model — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “representation used to explain or predict” visible in your reasoning. Compare the subject uses: English: model response; Science: scientific model; Humanities: model of governance; Mathematics: mathematical model. Shared representation idea; criteria for usefulness vary.
structure — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “organisation of parts” visible in your reasoning. Compare the subject uses: English: text structure; Science: cellular/material structure; Humanities: social/political structure; Mathematics: structure of an expression or proof. Shared part-whole organisation.
interpret — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “explain meaning” visible in your reasoning. Compare the subject uses: English: interpret a phrase; Science: interpret data; Humanities: interpret a source/event; Mathematics: interpret a graph/result. Shared act of making meaning from representation.
analyse — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “examine parts and relationships” visible in your reasoning. Compare the subject uses: English: analyse language; Science: analyse results; Humanities: analyse causes/sources; Mathematics: analyse patterns or problem structure. Shared decomposition/relationship function.
evaluate — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “judge using criteria” visible in your reasoning. Compare the subject uses: English: evaluate writer effectiveness; Science: evaluate method; Humanities: evaluate reliability/significance; Mathematics: evaluate an expression has a specific computational sense. Same spelling, very different technical sense in mathematics.
justify — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “give reasons/evidence” visible in your reasoning. Compare the subject uses: English: justify interpretation; Science: justify conclusion; Humanities: justify judgement; Mathematics: justify each step. Shared requirement for warranted reasoning.
infer — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “reach conclusion from evidence” visible in your reasoning. Compare the subject uses: English: infer attitude; Science: infer process from results; Humanities: infer motive/context; Mathematics: infer pattern/property. Shared evidence-to-conclusion move.
derive — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “obtain from a source or reasoning” visible in your reasoning. Compare the subject uses: English: derive meaning; Science: derive result; Humanities: term derived from; Mathematics: derive formula/result. Shared origin/production idea.
proportion — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “part relative to whole or relation between quantities” visible in your reasoning. Compare the subject uses: English: proportion of respondents; Science: proportion in sample; Humanities: proportion of population; Mathematics: proportional relationship. Mathematics formalises a common quantitative idea.
relation — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “connection between things” visible in your reasoning. Compare the subject uses: English: relation between ideas; Science: relation between variables; Humanities: relations between groups/states; Mathematics: relation as a set of ordered pairs. Technical definition narrows a general connection concept.
rate — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “measure of change or occurrence” visible in your reasoning. Compare the subject uses: English: rate of change in discussion; Science: reaction rate; Humanities: birth/unemployment rate; Mathematics: rate as comparison of quantities. Shared change/per-unit concept.
trend — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “general direction over observations” visible in your reasoning. Compare the subject uses: English: trend in argument/data; Science: experimental trend; Humanities: demographic/economic trend; Mathematics: trend in graph/data. Shared pattern-over-time/sequence idea.
impact — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “strong effect” visible in your reasoning. Compare the subject uses: English: impact on audience; Science: environmental impact; Humanities: social/economic impact; Mathematics: usually less central. Shared effect concept; technicality varies.
mechanism — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “process through which an effect occurs” visible in your reasoning. Compare the subject uses: English: narrative/argument mechanism metaphorically; Science: causal/biological mechanism; Humanities: institutional/economic mechanism; Mathematics: less common technical use. Most strongly technical in explanatory subjects.
process — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “series of actions/stages” visible in your reasoning. Compare the subject uses: English: writing process; Science: biological/chemical process; Humanities: political/social process; Mathematics: problem-solving process. Highly transferable procedural vocabulary.
system — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “interconnected set of parts” visible in your reasoning. Compare the subject uses: English: language system; Science: body/ecological system; Humanities: political/economic system; Mathematics: system of equations. Shared organised-whole idea with discipline-specific forms.
principle — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “basic rule or idea” visible in your reasoning. Compare the subject uses: English: guiding principle; Science: scientific principle; Humanities: political/ethical principle; Mathematics: mathematical principle. Shared foundational idea.
theory — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “explanatory framework” visible in your reasoning. Compare the subject uses: English: theory in discussion; Science: scientific theory; Humanities: social/historical theory; Mathematics: mathematical theory. Everyday ‘guess’ sense is often misleading academically.
hypothesis — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “testable proposed explanation or proposition” visible in your reasoning. Compare the subject uses: English: tentative proposition; Science: experimental hypothesis; Humanities: proposed explanation; Mathematics: assumption in proof can differ in terminology. Strongly academic and method-sensitive.
source — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “origin/provider of information” visible in your reasoning. Compare the subject uses: English: source text; Science: source of energy/data; Humanities: primary/secondary source; Mathematics: source data/context. Shared origin concept.
valid — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “sound or suitable under relevant criteria” visible in your reasoning. Compare the subject uses: English: valid interpretation; Science: valid method/conclusion; Humanities: valid judgement/claim; Mathematics: valid argument/operation. Shared soundness idea; validity criteria vary.
reliable — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “dependable/consistent” visible in your reasoning. Compare the subject uses: English: reliable narrator/source; Science: reliable measurement; Humanities: reliable source; Mathematics: less central but can describe data/method. Scientific reliability often has a more specific measurement sense.
bias — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “systematic preference/distortion” visible in your reasoning. Compare the subject uses: English: writer bias; Science: measurement/sampling bias; Humanities: source bias; Mathematics/statistics: sampling/selection bias. Shared distortion concept with technical forms.
sample — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “a subset or example” visible in your reasoning. Compare the subject uses: English: sample answer/text; Science: sample material/group; Humanities: survey sample; Mathematics/statistics: sample from population. Statistical sense formalises subset selection.
distribution — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “act/pattern of spreading” visible in your reasoning. Compare the subject uses: English: distribution of information; Science: species/particle distribution; Humanities: income/population distribution; Mathematics/statistics: probability/data distribution. Technical meaning becomes formal in statistics.
range — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “extent between limits or variety” visible in your reasoning. Compare the subject uses: English: wide range; Science: measurement range; Humanities: range of perspectives; Mathematics: output set/difference between extremes depending context. Multiple technical meanings require attention.
scale — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “system of measurement or size” visible in your reasoning. Compare the subject uses: English: scale of problem; Science: measurement scale; Humanities: local/global scale; Mathematics: scale factor/scale drawing. Shared size/measurement concept.
power — Design a mini-question from two subjects that tests whether the student can distinguish general academic from technical meaning. Keep the shared core “ability/control or rate/work-related concept” visible in your reasoning. Compare the subject uses: English: rhetorical/social power; Science: rate of energy transfer; Humanities: political power; Mathematics: exponent/power. Extremely polysemous cross-curricular word.
current — Write one English sentence and one Science sentence using the word. Underline the shared meaning and circle the specialised detail. Keep the shared core “present or flow” visible in your reasoning. Compare the subject uses: English: current issue; Science: electric current; Humanities: current affairs; Mathematics: current value in context, less technical. Familiar everyday sense can interfere with Science.
mean — Move the word from Humanities to Mathematics if possible. If transfer is unnatural, explain why discipline-specific usage blocks it. Keep the shared core “intend/signify or average” visible in your reasoning. Compare the subject uses: English: what does this mean?; Science: mean measurement; Humanities: mean can appear statistically; Mathematics: arithmetic mean. Same form with strongly different grammatical/technical senses.
volume — Create a false-friend example where the everyday meaning would mislead a student in one subject. Repair it with context. Keep the shared core “amount, loudness or space” visible in your reasoning. Compare the subject uses: English: volume of material; Science: physical volume; Humanities: volume of trade/data; Mathematics: volume of 3D object. Common core of amount expands technically.
field — List two collocations from different subjects. Explain how the partner helps signal the intended sense. Keep the shared core “area of activity or spatial region” visible in your reasoning. Compare the subject uses: English: field of study; Science: magnetic/electric field; Humanities: academic field; Mathematics: algebraic field is advanced technical sense. Polysemy grows with discipline.
representation — Turn the word into a retrieval cue that names the shared core but not the subject. Then create a second cue for the technical sense. Keep the shared core “way something is depicted or stands for something” visible in your reasoning. Compare the subject uses: English: representation in text/media; Science: model/diagram representation; Humanities: political/cultural representation; Mathematics: symbolic/graphical representation. Shared stand-for/depict function.
transform — Write a short paragraph that uses the same word twice with different senses. Make both meanings recoverable from context. Keep the shared core “change form” visible in your reasoning. Compare the subject uses: English: transform a sentence/idea; Science: transform energy/material; Humanities: transform society; Mathematics: geometric/algebraic transformation. Shared change concept with formal mathematical operations.
approximate — Ask what grammatical forms or word-family members travel across subjects. Use one related form in a new discipline. Keep the shared core “close but not exact” visible in your reasoning. Compare the subject uses: English: approximate amount; Science: approximate measurement; Humanities: approximate population/date; Mathematics: approximate value. Highly transferable precision word.
Cross-Curricular Vocabulary by Reasoning Function
Evidence
Core words: evidence, source, reliable, valid, sample, bias. Every subject asks what counts as support, though the standards differ. Build one study card that compares how the function appears in at least three subjects.
Cause and change
Core words: factor, cause, mechanism, process, impact, transform. Science often asks mechanism; Humanities often asks interacting causes and consequences. Build one study card that compares how the function appears in at least three subjects.
Quantity and pattern
Core words: rate, proportion, trend, distribution, range, scale. Mathematics formalises relationships that other subjects describe. Build one study card that compares how the function appears in at least three subjects.
Interpretation
Core words: interpret, infer, analyse, perspective, representation. English and Humanities foreground meaning; Science and Mathematics interpret data and models. Build one study card that compares how the function appears in at least three subjects.
Evaluation
Core words: evaluate, significant, relevant, reliable, valid. Criteria shift by subject but judgement remains evidence-based. Build one study card that compares how the function appears in at least three subjects.
Systems
Core words: system, structure, function, relation, model. Part-whole and relationship thinking travels widely. Build one study card that compares how the function appears in at least three subjects.
English as the Transfer Hub
English lessons are well placed to make cross-curricular language visible because they explicitly discuss meaning, context, audience and wording. When a Science teacher uses valid, English can help students distinguish it from reliable. When Humanities uses significance, English can help unpack connotation and collocation. When Mathematics uses function, English can help students recognise polysemy rather than assuming one everyday definition.
This does not mean English should teach every subject concept. It means English can teach how words behave while subject teachers supply the disciplinary meaning.
The learner benefits when adults use compatible language about words: shared core, technical sense, collocation, context, evidence and transfer.
Science Vocabulary Transfer
Science frequently turns everyday words into technical terms. Work, power, current, cell, force, solution, medium all have specialised meanings. Students should explicitly mark when a familiar form has entered a technical register.
General academic verbs also matter: observe, compare, infer, evaluate, justify, calculate, measure, analyse. These do not belong only to Science, so practising them across subjects strengthens retrieval.
A useful science-English bridge is the evidence sentence: “The data indicate X because…” Students must separate observation from inference and choose vocabulary that matches evidential strength.
Humanities Vocabulary Transfer
Humanities uses cross-curricular vocabulary heavily: cause, consequence, significance, reliability, perspective, change, continuity, factor, evidence, interpretation, trend, proportion. Many of these words are also central to English argument.
Transfer improves when students compare task meanings. “Evaluate significance” requires criteria for importance. “Evaluate reliability” requires criteria for trustworthiness. The verb stays stable; the object changes the judgement.
Source vocabulary is especially rich for transfer because English comprehension also asks students to interpret voice, purpose and evidence.
Mathematics Vocabulary Transfer
Mathematics presents a special challenge because common words may acquire sharply formal meanings: function, relation, mean, power, range, variable, factor, term. Students who assume the everyday sense can misunderstand instructions even when they can perform calculations.
English can support mathematical literacy by teaching students to notice when a subject defines a term precisely. Mathematics in turn strengthens general reasoning vocabulary: justify, represent, transform, approximate, equivalent, proportion.
Cross-curricular teaching should respect mathematical precision rather than simplifying the technical meaning back into ordinary language.
A 12-Week Cross-Curricular Vocabulary Programme
Week 1: shared academic verbs
Select six to eight transferable words connected to shared academic verbs. Collect one authentic sentence from at least two subjects. Identify shared core, technical extension and collocation. End with a retrieval task that does not name the subject so students must recover both meaning and likely domain from context.
Week 2: evidence and source language
Select six to eight transferable words connected to evidence and source language. Collect one authentic sentence from at least two subjects. Identify shared core, technical extension and collocation. End with a retrieval task that does not name the subject so students must recover both meaning and likely domain from context.
Week 3: cause, factor and consequence
Select six to eight transferable words connected to cause, factor and consequence. Collect one authentic sentence from at least two subjects. Identify shared core, technical extension and collocation. End with a retrieval task that does not name the subject so students must recover both meaning and likely domain from context.
Week 4: models, systems and structures
Select six to eight transferable words connected to models, systems and structures. Collect one authentic sentence from at least two subjects. Identify shared core, technical extension and collocation. End with a retrieval task that does not name the subject so students must recover both meaning and likely domain from context.
Week 5: quantity, rate and proportion
Select six to eight transferable words connected to quantity, rate and proportion. Collect one authentic sentence from at least two subjects. Identify shared core, technical extension and collocation. End with a retrieval task that does not name the subject so students must recover both meaning and likely domain from context.
Week 6: significance and evaluation
Select six to eight transferable words connected to significance and evaluation. Collect one authentic sentence from at least two subjects. Identify shared core, technical extension and collocation. End with a retrieval task that does not name the subject so students must recover both meaning and likely domain from context.
Week 7: polysemous Science words
Select six to eight transferable words connected to polysemous Science words. Collect one authentic sentence from at least two subjects. Identify shared core, technical extension and collocation. End with a retrieval task that does not name the subject so students must recover both meaning and likely domain from context.
Week 8: polysemous Mathematics words
Select six to eight transferable words connected to polysemous Mathematics words. Collect one authentic sentence from at least two subjects. Identify shared core, technical extension and collocation. End with a retrieval task that does not name the subject so students must recover both meaning and likely domain from context.
Week 9: Humanities perspective and reliability
Select six to eight transferable words connected to Humanities perspective and reliability. Collect one authentic sentence from at least two subjects. Identify shared core, technical extension and collocation. End with a retrieval task that does not name the subject so students must recover both meaning and likely domain from context.
Week 10: writing transfer across subjects
Select six to eight transferable words connected to writing transfer across subjects. Collect one authentic sentence from at least two subjects. Identify shared core, technical extension and collocation. End with a retrieval task that does not name the subject so students must recover both meaning and likely domain from context.
Week 11: oral explanation across subjects
Select six to eight transferable words connected to oral explanation across subjects. Collect one authentic sentence from at least two subjects. Identify shared core, technical extension and collocation. End with a retrieval task that does not name the subject so students must recover both meaning and likely domain from context.
Week 12: independent transfer audit
Select six to eight transferable words connected to independent transfer audit. Collect one authentic sentence from at least two subjects. Identify shared core, technical extension and collocation. End with a retrieval task that does not name the subject so students must recover both meaning and likely domain from context.
Frequently Asked Questions
What is cross-curricular vocabulary?
Words and phrases that appear across several subjects, often with a shared core meaning and discipline-specific refinements.
Why does the same word mean different things in different subjects?
Disciplines specialise general language to name precise concepts and relationships.
Should subject teachers teach vocabulary?
Yes. Technical vocabulary is part of disciplinary understanding, while English can support general lexical strategies.
What are good transferable words for Secondary 3?
Analyse, infer, evaluate, evidence, factor, significant, relevant, justify, proportion, trend, model, structure and similar high-utility terms.
How do I avoid confusion with technical meanings?
Record the shared core and the specialised sense side by side, with subject-specific examples.
Is Mathematics vocabulary part of English learning?
Students do not need English lessons to replace Mathematics instruction, but lexical awareness helps them interpret polysemous mathematical terms.
How does cross-curricular vocabulary improve memory?
Repeated encounters in different contexts create more retrieval routes and richer semantic networks.
Should I make one notebook for all subjects?
A central cross-curricular section can be useful for transferable words, while technical words remain in subject notes.
What if a word has no useful transfer?
Treat it as discipline-specific. Not every term needs to travel.
How do I test transfer?
Give an unfamiliar topic or subject context and see whether the learner can interpret and use the word accurately without the original example.
Routes Into eduKateSG
- Secondary 3 English Vocabulary apex.
- Academic Language, Argument and Evidence.
- Morphology and Word Families.
- Comprehension, Summary and Paraphrase Vocabulary.
- Retrieval and Active Word Use.
- Vocabulary Learning Hub.
References
The current 2027 SEC G3 English Language syllabus emphasises accurate and appropriate vocabulary and comprehension of literal, inferential and evaluative meaning. Oxford Learner’s Dictionaries provides corpus-informed learner word lists and usage information useful for identifying high-utility language. Cross-curricular transfer should always preserve the technical definitions taught by the relevant subject.
Final Principle
A strong Secondary 3 vocabulary system should become more connected as the timetable becomes more specialised. English does not own every word. Science, Humanities and Mathematics sharpen different parts of the lexicon. The learner’s advantage comes from recognising what transfers, respecting what changes, and building enough connections that one encounter helps the next.
Continue the Secondary 3 Vocabulary System
Return to the Secondary 3 conceptual apex. Strengthen transfer across English, Science, Humanities and Mathematics through academic language, independent learning, and the Secondary 3 vocabulary owner.