How to Improve Vocabulary | Polysemy — One Word, Many Meanings, and How Context Chooses

This specialist guide continues the How to Improve Vocabulary series by treating polysemy as a meaning problem. The aim is not to collect more words for their own sake. It is to understand how word structure and context constrain interpretation, and then to turn that understanding into better reading, inference and writing.

Many common words are not stored as one rigid definition. They form networks of related senses, and fluent comprehension depends on selecting the sense that fits the current grammatical and semantic context. The complete vocabulary system owns the wider learning cycle. This page owns the narrower decisions named in its title. It therefore uses repeated contrasts, worked examples, error repair and transfer tasks rather than a one-page list of definitions.

The neighbouring vocabulary owners remain important. Semantic Maps develops networks of related meanings, Word Boundaries uses examples and near misses, Minimal Semantic Contrasts separates similar words, and the Word-Choice Decision System provides a general editing framework. This page connects to those owners without taking over their jobs.

Vocabulary knowledge is strong when the learner can explain why a form or sense fits, reject a plausible wrong interpretation, and carry the distinction into a new sentence. That is the standard used throughout this guide.

Quick Read: Do Not Force the First Dictionary Meaning Into Every Sentence

Polysemy occurs when one word has multiple related senses, such as ‘head’ for a body part, leader, top position or front part.

Context includes more than the surrounding nouns. Grammar, collocation, topic, discourse and world knowledge all constrain sense selection.

The most frequent meaning is only a starting bias, not a rule.

Literal senses can extend metaphorically or metonymically into new conventional senses.

A learner who knows only one translation or one dictionary gloss may misread a familiar-looking word in a new context.

Strong vocabulary knowledge stores connections among senses while preserving their differences.

Scope Boundary

This owner covers multiple related senses of one lexical item and the contextual cues that select among them. Homonymy, etymology and specialist terminology may overlap, but the teaching focus is present-day sense selection and flexible comprehension.

This boundary matters because the series is designed as a library rather than a pile of overlapping pages. When the central question belongs to another owner, follow the internal link rather than forcing this article to become a second owner of the same topic.

1. Core Principles

1. Expect common words to be polysemous

High-frequency vocabulary often has many conventional senses.

2. Use grammar as a clue

Part of speech, complement structure and syntactic position can eliminate interpretations.

3. Use collocation as a clue

Words that regularly occur nearby can strongly cue a sense.

4. Use topic as a clue

Bank in finance and bank beside a river are separated by domain context.

5. Use discourse as a clue

Earlier sentences establish entities and themes that bias interpretation.

6. Do not freeze on the first gloss

The first learned meaning may be wrong in a later context.

7. Related senses form networks

Extensions often preserve a conceptual relation even when the literal image fades.

8. Metaphor can become conventional

A figurative origin can become an ordinary dictionary sense through repeated use.

9. Sense boundaries can be fuzzy

Not every case has one uncontested analysis.

10. Translation can hide polysemy

Different English senses may map to different words in another language, or several may collapse into one.

11. Writing requires reader recoverability

If two senses remain plausible and the distinction matters, add context or choose a clearer word.

12. Record senses with examples

A word notebook should store sense-specific sentences, not one generic definition.

2. Core Distinctions

1. first-meaning bias

first-meaning bias is a useful lens for this topic. It is the tendency to force the earliest or most familiar learned meaning onto every later occurrence. The nearest trap is efficient default interpretation, which is useful only until context contradicts it. Ask: Does the familiar sense actually fit the grammar and topic?

Model: In ‘the company will run a pilot programme’, run means operate or conduct, not move quickly on foot. Near miss: Imagining employees physically running because run was first learned as movement. Repair: Use the object ‘a pilot programme’ and the organisational topic to select the operate/conduct sense. Familiarity is a hypothesis, not a verdict.

2. sense network

sense network is a useful lens for this topic. It represents related meanings as connected uses rather than unrelated dictionary entries memorised separately. The nearest trap is one vague definition stretched until it fits everything. Ask: What conceptual relation links the senses, and where do their boundaries differ?

Model: The ‘head’ of a person, the head of a table and the head of a department all involve top, front or controlling position in different ways. Near miss: Defining head only as ‘body part’ and calling every other use an error. Repair: Store several conventional senses and the relations among them. Networks support transfer.

3. collocational cue

collocational cue is a useful lens for this topic. It uses neighbouring words and recurring partnerships to select a sense. The nearest trap is guessing from the target word alone. Ask: Which nearby words strongly prefer one sense?

Model: ‘Charge a battery’ and ‘charge a fee’ select different senses of charge through their objects. Near miss: Assuming charge has one meaning in every construction. Repair: Let the object and domain constrain the sense. Collocations are part of lexical knowledge.

4. grammatical cue

grammatical cue is a useful lens for this topic. It uses syntactic structure and word class to narrow the intended sense. The nearest trap is semantic guessing without checking structure. Ask: What grammar does this occurrence participate in?

Model: ‘Light the candle’ uses light as a verb, while ‘a light bag’ uses an adjective meaning not heavy. Near miss: Treating both occurrences as the noun meaning illumination. Repair: Use grammatical role before selecting the sense. Structure can disambiguate quickly.

5. domain cue

domain cue is a useful lens for this topic. It uses subject matter or discourse field to favour a specialised sense. The nearest trap is assuming the everyday sense always dominates. Ask: What field are we in, and does that field conventionalise a technical use?

Model: In computing, a ‘mouse’ is an input device; in biology, the same word denotes an animal. Near miss: Reading a technical manual as though every mouse were an animal. Repair: Let the domain restrict interpretation. Domain knowledge and vocabulary reinforce each other.

6. sense disambiguation

sense disambiguation is a useful lens for this topic. It is the process of selecting the contextually appropriate meaning among plausible senses. The nearest trap is memorising more definitions without learning how to choose among them. Ask: Which interpretation makes the sentence coherent with grammar, collocation, topic and discourse?

Model: In ‘the issue was resolved’, issue means a problem or matter; in ‘the magazine’s latest issue’, it means an edition. Near miss: Using the edition meaning in the first sentence because it was recently memorised. Repair: Combine all contextual cues before deciding. Choice is the skill, not list length.

3. Contrast the Distinctions

1. first-meaning bias versus sense network

first-meaning bias and sense network may interact in the same sentence, but they are not the same analysis. It is the tendency to force the earliest or most familiar learned meaning onto every later occurrence. It represents related meanings as connected uses rather than unrelated dictionary entries memorised separately. Compare what evidence the form itself provides, what context contributes, what a reader is licensed to infer and what would count as a counterexample. The goal is not terminology for its own sake; it is a cleaner model of how meaning is built.

2. first-meaning bias versus collocational cue

first-meaning bias and collocational cue may interact in the same sentence, but they are not the same analysis. It is the tendency to force the earliest or most familiar learned meaning onto every later occurrence. It uses neighbouring words and recurring partnerships to select a sense. Compare what evidence the form itself provides, what context contributes, what a reader is licensed to infer and what would count as a counterexample. The goal is not terminology for its own sake; it is a cleaner model of how meaning is built.

3. first-meaning bias versus grammatical cue

first-meaning bias and grammatical cue may interact in the same sentence, but they are not the same analysis. It is the tendency to force the earliest or most familiar learned meaning onto every later occurrence. It uses syntactic structure and word class to narrow the intended sense. Compare what evidence the form itself provides, what context contributes, what a reader is licensed to infer and what would count as a counterexample. The goal is not terminology for its own sake; it is a cleaner model of how meaning is built.

4. first-meaning bias versus domain cue

first-meaning bias and domain cue may interact in the same sentence, but they are not the same analysis. It is the tendency to force the earliest or most familiar learned meaning onto every later occurrence. It uses subject matter or discourse field to favour a specialised sense. Compare what evidence the form itself provides, what context contributes, what a reader is licensed to infer and what would count as a counterexample. The goal is not terminology for its own sake; it is a cleaner model of how meaning is built.

5. first-meaning bias versus sense disambiguation

first-meaning bias and sense disambiguation may interact in the same sentence, but they are not the same analysis. It is the tendency to force the earliest or most familiar learned meaning onto every later occurrence. It is the process of selecting the contextually appropriate meaning among plausible senses. Compare what evidence the form itself provides, what context contributes, what a reader is licensed to infer and what would count as a counterexample. The goal is not terminology for its own sake; it is a cleaner model of how meaning is built.

6. sense network versus collocational cue

sense network and collocational cue may interact in the same sentence, but they are not the same analysis. It represents related meanings as connected uses rather than unrelated dictionary entries memorised separately. It uses neighbouring words and recurring partnerships to select a sense. Compare what evidence the form itself provides, what context contributes, what a reader is licensed to infer and what would count as a counterexample. The goal is not terminology for its own sake; it is a cleaner model of how meaning is built.

7. sense network versus grammatical cue

sense network and grammatical cue may interact in the same sentence, but they are not the same analysis. It represents related meanings as connected uses rather than unrelated dictionary entries memorised separately. It uses syntactic structure and word class to narrow the intended sense. Compare what evidence the form itself provides, what context contributes, what a reader is licensed to infer and what would count as a counterexample. The goal is not terminology for its own sake; it is a cleaner model of how meaning is built.

8. sense network versus domain cue

sense network and domain cue may interact in the same sentence, but they are not the same analysis. It represents related meanings as connected uses rather than unrelated dictionary entries memorised separately. It uses subject matter or discourse field to favour a specialised sense. Compare what evidence the form itself provides, what context contributes, what a reader is licensed to infer and what would count as a counterexample. The goal is not terminology for its own sake; it is a cleaner model of how meaning is built.

9. sense network versus sense disambiguation

sense network and sense disambiguation may interact in the same sentence, but they are not the same analysis. It represents related meanings as connected uses rather than unrelated dictionary entries memorised separately. It is the process of selecting the contextually appropriate meaning among plausible senses. Compare what evidence the form itself provides, what context contributes, what a reader is licensed to infer and what would count as a counterexample. The goal is not terminology for its own sake; it is a cleaner model of how meaning is built.

10. collocational cue versus grammatical cue

collocational cue and grammatical cue may interact in the same sentence, but they are not the same analysis. It uses neighbouring words and recurring partnerships to select a sense. It uses syntactic structure and word class to narrow the intended sense. Compare what evidence the form itself provides, what context contributes, what a reader is licensed to infer and what would count as a counterexample. The goal is not terminology for its own sake; it is a cleaner model of how meaning is built.

11. collocational cue versus domain cue

collocational cue and domain cue may interact in the same sentence, but they are not the same analysis. It uses neighbouring words and recurring partnerships to select a sense. It uses subject matter or discourse field to favour a specialised sense. Compare what evidence the form itself provides, what context contributes, what a reader is licensed to infer and what would count as a counterexample. The goal is not terminology for its own sake; it is a cleaner model of how meaning is built.

12. collocational cue versus sense disambiguation

collocational cue and sense disambiguation may interact in the same sentence, but they are not the same analysis. It uses neighbouring words and recurring partnerships to select a sense. It is the process of selecting the contextually appropriate meaning among plausible senses. Compare what evidence the form itself provides, what context contributes, what a reader is licensed to infer and what would count as a counterexample. The goal is not terminology for its own sake; it is a cleaner model of how meaning is built.

13. grammatical cue versus domain cue

grammatical cue and domain cue may interact in the same sentence, but they are not the same analysis. It uses syntactic structure and word class to narrow the intended sense. It uses subject matter or discourse field to favour a specialised sense. Compare what evidence the form itself provides, what context contributes, what a reader is licensed to infer and what would count as a counterexample. The goal is not terminology for its own sake; it is a cleaner model of how meaning is built.

14. grammatical cue versus sense disambiguation

grammatical cue and sense disambiguation may interact in the same sentence, but they are not the same analysis. It uses syntactic structure and word class to narrow the intended sense. It is the process of selecting the contextually appropriate meaning among plausible senses. Compare what evidence the form itself provides, what context contributes, what a reader is licensed to infer and what would count as a counterexample. The goal is not terminology for its own sake; it is a cleaner model of how meaning is built.

15. domain cue versus sense disambiguation

domain cue and sense disambiguation may interact in the same sentence, but they are not the same analysis. It uses subject matter or discourse field to favour a specialised sense. It is the process of selecting the contextually appropriate meaning among plausible senses. Compare what evidence the form itself provides, what context contributes, what a reader is licensed to infer and what would count as a counterexample. The goal is not terminology for its own sake; it is a cleaner model of how meaning is built.

4. Meaning Laboratory: Ninety Decisions

1. first-meaning bias: a data commentary

In a data commentary, use first-meaning bias as the analytical lens. Compare “In ‘the company will run a pilot programme’, run means operate or conduct, not move quickly on foot.” with “Imagining employees physically running because run was first learned as movement.” and “Use the object ‘a pilot programme’ and the organisational topic to select the operate/conduct sense.”. Test sense selection before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

2. sense network: a comprehension answer

In a comprehension answer, use sense network as the analytical lens. Compare “The ‘head’ of a person, the head of a table and the head of a department all involve top, front or controlling position in different ways.” with “Defining head only as ‘body part’ and calling every other use an error.” and “Store several conventional senses and the relations among them.”. Test cultural familiarity before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

3. collocational cue: a formal email

In a formal email, use collocational cue as the analytical lens. Compare “’Charge a battery’ and ‘charge a fee’ select different senses of charge through their objects.” with “Assuming charge has one meaning in every construction.” and “Let the object and domain constrain the sense.”. Test tone before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

4. grammatical cue: a research summary

In a research summary, use grammatical cue as the analytical lens. Compare “’Light the candle’ uses light as a verb, while ‘a light bag’ uses an adjective meaning not heavy.” with “Treating both occurrences as the noun meaning illumination.” and “Use grammatical role before selecting the sense.”. Test morpheme boundary before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

5. domain cue: a literature response

In a literature response, use domain cue as the analytical lens. Compare “In computing, a ‘mouse’ is an input device; in biology, the same word denotes an animal.” with “Reading a technical manual as though every mouse were an animal.” and “Let the domain restrict interpretation.”. Test ambiguity before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

6. sense disambiguation: a comparison review

In a comparison review, use sense disambiguation as the analytical lens. Compare “In ‘the issue was resolved’, issue means a problem or matter; in ‘the magazine’s latest issue’, it means an edition.” with “Using the edition meaning in the first sentence because it was recently memorised.” and “Combine all contextual cues before deciding.”. Test scope before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

7. first-meaning bias: an argumentative paragraph

In an argumentative paragraph, use first-meaning bias as the analytical lens. Compare “In ‘the company will run a pilot programme’, run means operate or conduct, not move quickly on foot.” with “Imagining employees physically running because run was first learned as movement.” and “Use the object ‘a pilot programme’ and the organisational topic to select the operate/conduct sense.”. Test figurative meaning before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

8. sense network: a reflective journal

In a reflective journal, use sense network as the analytical lens. Compare “The ‘head’ of a person, the head of a table and the head of a department all involve top, front or controlling position in different ways.” with “Defining head only as ‘body part’ and calling every other use an error.” and “Store several conventional senses and the relations among them.”. Test reader expectation before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

9. collocational cue: a history essay

In a history essay, use collocational cue as the analytical lens. Compare “’Charge a battery’ and ‘charge a fee’ select different senses of charge through their objects.” with “Assuming charge has one meaning in every construction.” and “Let the object and domain constrain the sense.”. Test compositionality before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

10. grammatical cue: a speech

In a speech, use grammatical cue as the analytical lens. Compare “’Light the candle’ uses light as a verb, while ‘a light bag’ uses an adjective meaning not heavy.” with “Treating both occurrences as the noun meaning illumination.” and “Use grammatical role before selecting the sense.”. Test literal meaning before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

11. domain cue: a public notice

In a public notice, use domain cue as the analytical lens. Compare “In computing, a ‘mouse’ is an input device; in biology, the same word denotes an animal.” with “Reading a technical manual as though every mouse were an animal.” and “Let the domain restrict interpretation.”. Test collocation before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

12. sense disambiguation: a parent-teacher note

In a parent-teacher note, use sense disambiguation as the analytical lens. Compare “In ‘the issue was resolved’, issue means a problem or matter; in ‘the magazine’s latest issue’, it means an edition.” with “Using the edition meaning in the first sentence because it was recently memorised.” and “Combine all contextual cues before deciding.”. Test false friend within English before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

13. first-meaning bias: a problem-solution paragraph

In a problem-solution paragraph, use first-meaning bias as the analytical lens. Compare “In ‘the company will run a pilot programme’, run means operate or conduct, not move quickly on foot.” with “Imagining employees physically running because run was first learned as movement.” and “Use the object ‘a pilot programme’ and the organisational topic to select the operate/conduct sense.”. Test register before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

14. sense network: a school report

In a school report, use sense network as the analytical lens. Compare “The ‘head’ of a person, the head of a table and the head of a department all involve top, front or controlling position in different ways.” with “Defining head only as ‘body part’ and calling every other use an error.” and “Store several conventional senses and the relations among them.”. Test semantic contrast before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

15. collocational cue: a narrative scene

In a narrative scene, use collocational cue as the analytical lens. Compare “’Charge a battery’ and ‘charge a fee’ select different senses of charge through their objects.” with “Assuming charge has one meaning in every construction.” and “Let the object and domain constrain the sense.”. Test word family before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

16. grammatical cue: a geography response

In a geography response, use grammatical cue as the analytical lens. Compare “’Light the candle’ uses light as a verb, while ‘a light bag’ uses an adjective meaning not heavy.” with “Treating both occurrences as the noun meaning illumination.” and “Use grammatical role before selecting the sense.”. Test context before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

17. domain cue: a project evaluation

In a project evaluation, use domain cue as the analytical lens. Compare “In computing, a ‘mouse’ is an input device; in biology, the same word denotes an animal.” with “Reading a technical manual as though every mouse were an animal.” and “Let the domain restrict interpretation.”. Test sense selection before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

18. sense disambiguation: a set of instructions

In a set of instructions, use sense disambiguation as the analytical lens. Compare “In ‘the issue was resolved’, issue means a problem or matter; in ‘the magazine’s latest issue’, it means an edition.” with “Using the edition meaning in the first sentence because it was recently memorised.” and “Combine all contextual cues before deciding.”. Test cultural familiarity before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

19. first-meaning bias: an oral answer

In an oral answer, use first-meaning bias as the analytical lens. Compare “In ‘the company will run a pilot programme’, run means operate or conduct, not move quickly on foot.” with “Imagining employees physically running because run was first learned as movement.” and “Use the object ‘a pilot programme’ and the organisational topic to select the operate/conduct sense.”. Test tone before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

20. sense network: a science explanation

In a science explanation, use sense network as the analytical lens. Compare “The ‘head’ of a person, the head of a table and the head of a department all involve top, front or controlling position in different ways.” with “Defining head only as ‘body part’ and calling every other use an error.” and “Store several conventional senses and the relations among them.”. Test morpheme boundary before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

21. collocational cue: a data commentary

In a data commentary, use collocational cue as the analytical lens. Compare “’Charge a battery’ and ‘charge a fee’ select different senses of charge through their objects.” with “Assuming charge has one meaning in every construction.” and “Let the object and domain constrain the sense.”. Test ambiguity before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

22. grammatical cue: a comprehension answer

In a comprehension answer, use grammatical cue as the analytical lens. Compare “’Light the candle’ uses light as a verb, while ‘a light bag’ uses an adjective meaning not heavy.” with “Treating both occurrences as the noun meaning illumination.” and “Use grammatical role before selecting the sense.”. Test scope before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

23. domain cue: a formal email

In a formal email, use domain cue as the analytical lens. Compare “In computing, a ‘mouse’ is an input device; in biology, the same word denotes an animal.” with “Reading a technical manual as though every mouse were an animal.” and “Let the domain restrict interpretation.”. Test figurative meaning before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

24. sense disambiguation: a research summary

In a research summary, use sense disambiguation as the analytical lens. Compare “In ‘the issue was resolved’, issue means a problem or matter; in ‘the magazine’s latest issue’, it means an edition.” with “Using the edition meaning in the first sentence because it was recently memorised.” and “Combine all contextual cues before deciding.”. Test reader expectation before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

25. first-meaning bias: a literature response

In a literature response, use first-meaning bias as the analytical lens. Compare “In ‘the company will run a pilot programme’, run means operate or conduct, not move quickly on foot.” with “Imagining employees physically running because run was first learned as movement.” and “Use the object ‘a pilot programme’ and the organisational topic to select the operate/conduct sense.”. Test compositionality before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

26. sense network: a comparison review

In a comparison review, use sense network as the analytical lens. Compare “The ‘head’ of a person, the head of a table and the head of a department all involve top, front or controlling position in different ways.” with “Defining head only as ‘body part’ and calling every other use an error.” and “Store several conventional senses and the relations among them.”. Test literal meaning before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

27. collocational cue: an argumentative paragraph

In an argumentative paragraph, use collocational cue as the analytical lens. Compare “’Charge a battery’ and ‘charge a fee’ select different senses of charge through their objects.” with “Assuming charge has one meaning in every construction.” and “Let the object and domain constrain the sense.”. Test collocation before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

28. grammatical cue: a reflective journal

In a reflective journal, use grammatical cue as the analytical lens. Compare “’Light the candle’ uses light as a verb, while ‘a light bag’ uses an adjective meaning not heavy.” with “Treating both occurrences as the noun meaning illumination.” and “Use grammatical role before selecting the sense.”. Test false friend within English before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

29. domain cue: a history essay

In a history essay, use domain cue as the analytical lens. Compare “In computing, a ‘mouse’ is an input device; in biology, the same word denotes an animal.” with “Reading a technical manual as though every mouse were an animal.” and “Let the domain restrict interpretation.”. Test register before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

30. sense disambiguation: a speech

In a speech, use sense disambiguation as the analytical lens. Compare “In ‘the issue was resolved’, issue means a problem or matter; in ‘the magazine’s latest issue’, it means an edition.” with “Using the edition meaning in the first sentence because it was recently memorised.” and “Combine all contextual cues before deciding.”. Test semantic contrast before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

31. first-meaning bias: a public notice

In a public notice, use first-meaning bias as the analytical lens. Compare “In ‘the company will run a pilot programme’, run means operate or conduct, not move quickly on foot.” with “Imagining employees physically running because run was first learned as movement.” and “Use the object ‘a pilot programme’ and the organisational topic to select the operate/conduct sense.”. Test word family before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

32. sense network: a parent-teacher note

In a parent-teacher note, use sense network as the analytical lens. Compare “The ‘head’ of a person, the head of a table and the head of a department all involve top, front or controlling position in different ways.” with “Defining head only as ‘body part’ and calling every other use an error.” and “Store several conventional senses and the relations among them.”. Test context before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

33. collocational cue: a problem-solution paragraph

In a problem-solution paragraph, use collocational cue as the analytical lens. Compare “’Charge a battery’ and ‘charge a fee’ select different senses of charge through their objects.” with “Assuming charge has one meaning in every construction.” and “Let the object and domain constrain the sense.”. Test sense selection before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

34. grammatical cue: a school report

In a school report, use grammatical cue as the analytical lens. Compare “’Light the candle’ uses light as a verb, while ‘a light bag’ uses an adjective meaning not heavy.” with “Treating both occurrences as the noun meaning illumination.” and “Use grammatical role before selecting the sense.”. Test cultural familiarity before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

35. domain cue: a narrative scene

In a narrative scene, use domain cue as the analytical lens. Compare “In computing, a ‘mouse’ is an input device; in biology, the same word denotes an animal.” with “Reading a technical manual as though every mouse were an animal.” and “Let the domain restrict interpretation.”. Test tone before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

36. sense disambiguation: a geography response

In a geography response, use sense disambiguation as the analytical lens. Compare “In ‘the issue was resolved’, issue means a problem or matter; in ‘the magazine’s latest issue’, it means an edition.” with “Using the edition meaning in the first sentence because it was recently memorised.” and “Combine all contextual cues before deciding.”. Test morpheme boundary before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

37. first-meaning bias: a project evaluation

In a project evaluation, use first-meaning bias as the analytical lens. Compare “In ‘the company will run a pilot programme’, run means operate or conduct, not move quickly on foot.” with “Imagining employees physically running because run was first learned as movement.” and “Use the object ‘a pilot programme’ and the organisational topic to select the operate/conduct sense.”. Test ambiguity before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

38. sense network: a set of instructions

In a set of instructions, use sense network as the analytical lens. Compare “The ‘head’ of a person, the head of a table and the head of a department all involve top, front or controlling position in different ways.” with “Defining head only as ‘body part’ and calling every other use an error.” and “Store several conventional senses and the relations among them.”. Test scope before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

39. collocational cue: an oral answer

In an oral answer, use collocational cue as the analytical lens. Compare “’Charge a battery’ and ‘charge a fee’ select different senses of charge through their objects.” with “Assuming charge has one meaning in every construction.” and “Let the object and domain constrain the sense.”. Test figurative meaning before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

40. grammatical cue: a science explanation

In a science explanation, use grammatical cue as the analytical lens. Compare “’Light the candle’ uses light as a verb, while ‘a light bag’ uses an adjective meaning not heavy.” with “Treating both occurrences as the noun meaning illumination.” and “Use grammatical role before selecting the sense.”. Test reader expectation before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

41. domain cue: a data commentary

In a data commentary, use domain cue as the analytical lens. Compare “In computing, a ‘mouse’ is an input device; in biology, the same word denotes an animal.” with “Reading a technical manual as though every mouse were an animal.” and “Let the domain restrict interpretation.”. Test compositionality before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

42. sense disambiguation: a comprehension answer

In a comprehension answer, use sense disambiguation as the analytical lens. Compare “In ‘the issue was resolved’, issue means a problem or matter; in ‘the magazine’s latest issue’, it means an edition.” with “Using the edition meaning in the first sentence because it was recently memorised.” and “Combine all contextual cues before deciding.”. Test literal meaning before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

43. first-meaning bias: a formal email

In a formal email, use first-meaning bias as the analytical lens. Compare “In ‘the company will run a pilot programme’, run means operate or conduct, not move quickly on foot.” with “Imagining employees physically running because run was first learned as movement.” and “Use the object ‘a pilot programme’ and the organisational topic to select the operate/conduct sense.”. Test collocation before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

44. sense network: a research summary

In a research summary, use sense network as the analytical lens. Compare “The ‘head’ of a person, the head of a table and the head of a department all involve top, front or controlling position in different ways.” with “Defining head only as ‘body part’ and calling every other use an error.” and “Store several conventional senses and the relations among them.”. Test false friend within English before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

45. collocational cue: a literature response

In a literature response, use collocational cue as the analytical lens. Compare “’Charge a battery’ and ‘charge a fee’ select different senses of charge through their objects.” with “Assuming charge has one meaning in every construction.” and “Let the object and domain constrain the sense.”. Test register before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

46. grammatical cue: a comparison review

In a comparison review, use grammatical cue as the analytical lens. Compare “’Light the candle’ uses light as a verb, while ‘a light bag’ uses an adjective meaning not heavy.” with “Treating both occurrences as the noun meaning illumination.” and “Use grammatical role before selecting the sense.”. Test semantic contrast before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

47. domain cue: an argumentative paragraph

In an argumentative paragraph, use domain cue as the analytical lens. Compare “In computing, a ‘mouse’ is an input device; in biology, the same word denotes an animal.” with “Reading a technical manual as though every mouse were an animal.” and “Let the domain restrict interpretation.”. Test word family before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

48. sense disambiguation: a reflective journal

In a reflective journal, use sense disambiguation as the analytical lens. Compare “In ‘the issue was resolved’, issue means a problem or matter; in ‘the magazine’s latest issue’, it means an edition.” with “Using the edition meaning in the first sentence because it was recently memorised.” and “Combine all contextual cues before deciding.”. Test context before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

49. first-meaning bias: a history essay

In a history essay, use first-meaning bias as the analytical lens. Compare “In ‘the company will run a pilot programme’, run means operate or conduct, not move quickly on foot.” with “Imagining employees physically running because run was first learned as movement.” and “Use the object ‘a pilot programme’ and the organisational topic to select the operate/conduct sense.”. Test sense selection before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

50. sense network: a speech

In a speech, use sense network as the analytical lens. Compare “The ‘head’ of a person, the head of a table and the head of a department all involve top, front or controlling position in different ways.” with “Defining head only as ‘body part’ and calling every other use an error.” and “Store several conventional senses and the relations among them.”. Test cultural familiarity before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

51. collocational cue: a public notice

In a public notice, use collocational cue as the analytical lens. Compare “’Charge a battery’ and ‘charge a fee’ select different senses of charge through their objects.” with “Assuming charge has one meaning in every construction.” and “Let the object and domain constrain the sense.”. Test tone before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

52. grammatical cue: a parent-teacher note

In a parent-teacher note, use grammatical cue as the analytical lens. Compare “’Light the candle’ uses light as a verb, while ‘a light bag’ uses an adjective meaning not heavy.” with “Treating both occurrences as the noun meaning illumination.” and “Use grammatical role before selecting the sense.”. Test morpheme boundary before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

53. domain cue: a problem-solution paragraph

In a problem-solution paragraph, use domain cue as the analytical lens. Compare “In computing, a ‘mouse’ is an input device; in biology, the same word denotes an animal.” with “Reading a technical manual as though every mouse were an animal.” and “Let the domain restrict interpretation.”. Test ambiguity before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

54. sense disambiguation: a school report

In a school report, use sense disambiguation as the analytical lens. Compare “In ‘the issue was resolved’, issue means a problem or matter; in ‘the magazine’s latest issue’, it means an edition.” with “Using the edition meaning in the first sentence because it was recently memorised.” and “Combine all contextual cues before deciding.”. Test scope before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

55. first-meaning bias: a narrative scene

In a narrative scene, use first-meaning bias as the analytical lens. Compare “In ‘the company will run a pilot programme’, run means operate or conduct, not move quickly on foot.” with “Imagining employees physically running because run was first learned as movement.” and “Use the object ‘a pilot programme’ and the organisational topic to select the operate/conduct sense.”. Test figurative meaning before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

56. sense network: a geography response

In a geography response, use sense network as the analytical lens. Compare “The ‘head’ of a person, the head of a table and the head of a department all involve top, front or controlling position in different ways.” with “Defining head only as ‘body part’ and calling every other use an error.” and “Store several conventional senses and the relations among them.”. Test reader expectation before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

57. collocational cue: a project evaluation

In a project evaluation, use collocational cue as the analytical lens. Compare “’Charge a battery’ and ‘charge a fee’ select different senses of charge through their objects.” with “Assuming charge has one meaning in every construction.” and “Let the object and domain constrain the sense.”. Test compositionality before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

58. grammatical cue: a set of instructions

In a set of instructions, use grammatical cue as the analytical lens. Compare “’Light the candle’ uses light as a verb, while ‘a light bag’ uses an adjective meaning not heavy.” with “Treating both occurrences as the noun meaning illumination.” and “Use grammatical role before selecting the sense.”. Test literal meaning before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

59. domain cue: an oral answer

In an oral answer, use domain cue as the analytical lens. Compare “In computing, a ‘mouse’ is an input device; in biology, the same word denotes an animal.” with “Reading a technical manual as though every mouse were an animal.” and “Let the domain restrict interpretation.”. Test collocation before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

60. sense disambiguation: a science explanation

In a science explanation, use sense disambiguation as the analytical lens. Compare “In ‘the issue was resolved’, issue means a problem or matter; in ‘the magazine’s latest issue’, it means an edition.” with “Using the edition meaning in the first sentence because it was recently memorised.” and “Combine all contextual cues before deciding.”. Test false friend within English before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

61. first-meaning bias: a data commentary

In a data commentary, use first-meaning bias as the analytical lens. Compare “In ‘the company will run a pilot programme’, run means operate or conduct, not move quickly on foot.” with “Imagining employees physically running because run was first learned as movement.” and “Use the object ‘a pilot programme’ and the organisational topic to select the operate/conduct sense.”. Test register before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

62. sense network: a comprehension answer

In a comprehension answer, use sense network as the analytical lens. Compare “The ‘head’ of a person, the head of a table and the head of a department all involve top, front or controlling position in different ways.” with “Defining head only as ‘body part’ and calling every other use an error.” and “Store several conventional senses and the relations among them.”. Test semantic contrast before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

63. collocational cue: a formal email

In a formal email, use collocational cue as the analytical lens. Compare “’Charge a battery’ and ‘charge a fee’ select different senses of charge through their objects.” with “Assuming charge has one meaning in every construction.” and “Let the object and domain constrain the sense.”. Test word family before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

64. grammatical cue: a research summary

In a research summary, use grammatical cue as the analytical lens. Compare “’Light the candle’ uses light as a verb, while ‘a light bag’ uses an adjective meaning not heavy.” with “Treating both occurrences as the noun meaning illumination.” and “Use grammatical role before selecting the sense.”. Test context before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

65. domain cue: a literature response

In a literature response, use domain cue as the analytical lens. Compare “In computing, a ‘mouse’ is an input device; in biology, the same word denotes an animal.” with “Reading a technical manual as though every mouse were an animal.” and “Let the domain restrict interpretation.”. Test sense selection before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

66. sense disambiguation: a comparison review

In a comparison review, use sense disambiguation as the analytical lens. Compare “In ‘the issue was resolved’, issue means a problem or matter; in ‘the magazine’s latest issue’, it means an edition.” with “Using the edition meaning in the first sentence because it was recently memorised.” and “Combine all contextual cues before deciding.”. Test cultural familiarity before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

67. first-meaning bias: an argumentative paragraph

In an argumentative paragraph, use first-meaning bias as the analytical lens. Compare “In ‘the company will run a pilot programme’, run means operate or conduct, not move quickly on foot.” with “Imagining employees physically running because run was first learned as movement.” and “Use the object ‘a pilot programme’ and the organisational topic to select the operate/conduct sense.”. Test tone before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

68. sense network: a reflective journal

In a reflective journal, use sense network as the analytical lens. Compare “The ‘head’ of a person, the head of a table and the head of a department all involve top, front or controlling position in different ways.” with “Defining head only as ‘body part’ and calling every other use an error.” and “Store several conventional senses and the relations among them.”. Test morpheme boundary before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

69. collocational cue: a history essay

In a history essay, use collocational cue as the analytical lens. Compare “’Charge a battery’ and ‘charge a fee’ select different senses of charge through their objects.” with “Assuming charge has one meaning in every construction.” and “Let the object and domain constrain the sense.”. Test ambiguity before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

70. grammatical cue: a speech

In a speech, use grammatical cue as the analytical lens. Compare “’Light the candle’ uses light as a verb, while ‘a light bag’ uses an adjective meaning not heavy.” with “Treating both occurrences as the noun meaning illumination.” and “Use grammatical role before selecting the sense.”. Test scope before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

71. domain cue: a public notice

In a public notice, use domain cue as the analytical lens. Compare “In computing, a ‘mouse’ is an input device; in biology, the same word denotes an animal.” with “Reading a technical manual as though every mouse were an animal.” and “Let the domain restrict interpretation.”. Test figurative meaning before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

72. sense disambiguation: a parent-teacher note

In a parent-teacher note, use sense disambiguation as the analytical lens. Compare “In ‘the issue was resolved’, issue means a problem or matter; in ‘the magazine’s latest issue’, it means an edition.” with “Using the edition meaning in the first sentence because it was recently memorised.” and “Combine all contextual cues before deciding.”. Test reader expectation before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

73. first-meaning bias: a problem-solution paragraph

In a problem-solution paragraph, use first-meaning bias as the analytical lens. Compare “In ‘the company will run a pilot programme’, run means operate or conduct, not move quickly on foot.” with “Imagining employees physically running because run was first learned as movement.” and “Use the object ‘a pilot programme’ and the organisational topic to select the operate/conduct sense.”. Test compositionality before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

74. sense network: a school report

In a school report, use sense network as the analytical lens. Compare “The ‘head’ of a person, the head of a table and the head of a department all involve top, front or controlling position in different ways.” with “Defining head only as ‘body part’ and calling every other use an error.” and “Store several conventional senses and the relations among them.”. Test literal meaning before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

75. collocational cue: a narrative scene

In a narrative scene, use collocational cue as the analytical lens. Compare “’Charge a battery’ and ‘charge a fee’ select different senses of charge through their objects.” with “Assuming charge has one meaning in every construction.” and “Let the object and domain constrain the sense.”. Test collocation before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

76. grammatical cue: a geography response

In a geography response, use grammatical cue as the analytical lens. Compare “’Light the candle’ uses light as a verb, while ‘a light bag’ uses an adjective meaning not heavy.” with “Treating both occurrences as the noun meaning illumination.” and “Use grammatical role before selecting the sense.”. Test false friend within English before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

77. domain cue: a project evaluation

In a project evaluation, use domain cue as the analytical lens. Compare “In computing, a ‘mouse’ is an input device; in biology, the same word denotes an animal.” with “Reading a technical manual as though every mouse were an animal.” and “Let the domain restrict interpretation.”. Test register before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

78. sense disambiguation: a set of instructions

In a set of instructions, use sense disambiguation as the analytical lens. Compare “In ‘the issue was resolved’, issue means a problem or matter; in ‘the magazine’s latest issue’, it means an edition.” with “Using the edition meaning in the first sentence because it was recently memorised.” and “Combine all contextual cues before deciding.”. Test semantic contrast before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

79. first-meaning bias: an oral answer

In an oral answer, use first-meaning bias as the analytical lens. Compare “In ‘the company will run a pilot programme’, run means operate or conduct, not move quickly on foot.” with “Imagining employees physically running because run was first learned as movement.” and “Use the object ‘a pilot programme’ and the organisational topic to select the operate/conduct sense.”. Test word family before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

80. sense network: a science explanation

In a science explanation, use sense network as the analytical lens. Compare “The ‘head’ of a person, the head of a table and the head of a department all involve top, front or controlling position in different ways.” with “Defining head only as ‘body part’ and calling every other use an error.” and “Store several conventional senses and the relations among them.”. Test context before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

81. collocational cue: a data commentary

In a data commentary, use collocational cue as the analytical lens. Compare “’Charge a battery’ and ‘charge a fee’ select different senses of charge through their objects.” with “Assuming charge has one meaning in every construction.” and “Let the object and domain constrain the sense.”. Test sense selection before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

82. grammatical cue: a comprehension answer

In a comprehension answer, use grammatical cue as the analytical lens. Compare “’Light the candle’ uses light as a verb, while ‘a light bag’ uses an adjective meaning not heavy.” with “Treating both occurrences as the noun meaning illumination.” and “Use grammatical role before selecting the sense.”. Test cultural familiarity before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

83. domain cue: a formal email

In a formal email, use domain cue as the analytical lens. Compare “In computing, a ‘mouse’ is an input device; in biology, the same word denotes an animal.” with “Reading a technical manual as though every mouse were an animal.” and “Let the domain restrict interpretation.”. Test tone before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

84. sense disambiguation: a research summary

In a research summary, use sense disambiguation as the analytical lens. Compare “In ‘the issue was resolved’, issue means a problem or matter; in ‘the magazine’s latest issue’, it means an edition.” with “Using the edition meaning in the first sentence because it was recently memorised.” and “Combine all contextual cues before deciding.”. Test morpheme boundary before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

85. first-meaning bias: a literature response

In a literature response, use first-meaning bias as the analytical lens. Compare “In ‘the company will run a pilot programme’, run means operate or conduct, not move quickly on foot.” with “Imagining employees physically running because run was first learned as movement.” and “Use the object ‘a pilot programme’ and the organisational topic to select the operate/conduct sense.”. Test ambiguity before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

86. sense network: a comparison review

In a comparison review, use sense network as the analytical lens. Compare “The ‘head’ of a person, the head of a table and the head of a department all involve top, front or controlling position in different ways.” with “Defining head only as ‘body part’ and calling every other use an error.” and “Store several conventional senses and the relations among them.”. Test scope before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

87. collocational cue: an argumentative paragraph

In an argumentative paragraph, use collocational cue as the analytical lens. Compare “’Charge a battery’ and ‘charge a fee’ select different senses of charge through their objects.” with “Assuming charge has one meaning in every construction.” and “Let the object and domain constrain the sense.”. Test figurative meaning before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

88. grammatical cue: a reflective journal

In a reflective journal, use grammatical cue as the analytical lens. Compare “’Light the candle’ uses light as a verb, while ‘a light bag’ uses an adjective meaning not heavy.” with “Treating both occurrences as the noun meaning illumination.” and “Use grammatical role before selecting the sense.”. Test reader expectation before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

89. domain cue: a history essay

In a history essay, use domain cue as the analytical lens. Compare “In computing, a ‘mouse’ is an input device; in biology, the same word denotes an animal.” with “Reading a technical manual as though every mouse were an animal.” and “Let the domain restrict interpretation.”. Test compositionality before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

90. sense disambiguation: a speech

In a speech, use sense disambiguation as the analytical lens. Compare “In ‘the issue was resolved’, issue means a problem or matter; in ‘the magazine’s latest issue’, it means an edition.” with “Using the edition meaning in the first sentence because it was recently memorised.” and “Combine all contextual cues before deciding.”. Test literal meaning before deciding. Then create a fresh example on an unrelated topic and explain what evidence in the word or context controls the interpretation. A correct answer without an explanation is only partial mastery.

5. Genre Transfer

1. academic essay

In a academic essay, the learner should be able to recognise the first-meaning bias issue without relying on the original examples. It is the tendency to force the earliest or most familiar learned meaning onto every later occurrence. Write one clear instance, one deliberate near miss and one explanation in ordinary language. Then move the same concept to a different topic. Transfer is the evidence that the learner understands the mechanism rather than memorising a label.

2. science report

In a science report, the learner should be able to recognise the sense network issue without relying on the original examples. It represents related meanings as connected uses rather than unrelated dictionary entries memorised separately. Write one clear instance, one deliberate near miss and one explanation in ordinary language. Then move the same concept to a different topic. Transfer is the evidence that the learner understands the mechanism rather than memorising a label.

3. history essay

In a history essay, the learner should be able to recognise the collocational cue issue without relying on the original examples. It uses neighbouring words and recurring partnerships to select a sense. Write one clear instance, one deliberate near miss and one explanation in ordinary language. Then move the same concept to a different topic. Transfer is the evidence that the learner understands the mechanism rather than memorising a label.

4. geography response

In a geography response, the learner should be able to recognise the grammatical cue issue without relying on the original examples. It uses syntactic structure and word class to narrow the intended sense. Write one clear instance, one deliberate near miss and one explanation in ordinary language. Then move the same concept to a different topic. Transfer is the evidence that the learner understands the mechanism rather than memorising a label.

5. literature analysis

In a literature analysis, the learner should be able to recognise the domain cue issue without relying on the original examples. It uses subject matter or discourse field to favour a specialised sense. Write one clear instance, one deliberate near miss and one explanation in ordinary language. Then move the same concept to a different topic. Transfer is the evidence that the learner understands the mechanism rather than memorising a label.

6. comprehension answer

In a comprehension answer, the learner should be able to recognise the sense disambiguation issue without relying on the original examples. It is the process of selecting the contextually appropriate meaning among plausible senses. Write one clear instance, one deliberate near miss and one explanation in ordinary language. Then move the same concept to a different topic. Transfer is the evidence that the learner understands the mechanism rather than memorising a label.

7. creative writing

In a creative writing, the learner should be able to recognise the first-meaning bias issue without relying on the original examples. It is the tendency to force the earliest or most familiar learned meaning onto every later occurrence. Write one clear instance, one deliberate near miss and one explanation in ordinary language. Then move the same concept to a different topic. Transfer is the evidence that the learner understands the mechanism rather than memorising a label.

8. reflective writing

In a reflective writing, the learner should be able to recognise the sense network issue without relying on the original examples. It represents related meanings as connected uses rather than unrelated dictionary entries memorised separately. Write one clear instance, one deliberate near miss and one explanation in ordinary language. Then move the same concept to a different topic. Transfer is the evidence that the learner understands the mechanism rather than memorising a label.

9. formal email

In a formal email, the learner should be able to recognise the collocational cue issue without relying on the original examples. It uses neighbouring words and recurring partnerships to select a sense. Write one clear instance, one deliberate near miss and one explanation in ordinary language. Then move the same concept to a different topic. Transfer is the evidence that the learner understands the mechanism rather than memorising a label.

10. speech

In a speech, the learner should be able to recognise the grammatical cue issue without relying on the original examples. It uses syntactic structure and word class to narrow the intended sense. Write one clear instance, one deliberate near miss and one explanation in ordinary language. Then move the same concept to a different topic. Transfer is the evidence that the learner understands the mechanism rather than memorising a label.

11. data commentary

In a data commentary, the learner should be able to recognise the domain cue issue without relying on the original examples. It uses subject matter or discourse field to favour a specialised sense. Write one clear instance, one deliberate near miss and one explanation in ordinary language. Then move the same concept to a different topic. Transfer is the evidence that the learner understands the mechanism rather than memorising a label.

12. project evaluation

In a project evaluation, the learner should be able to recognise the sense disambiguation issue without relying on the original examples. It is the process of selecting the contextually appropriate meaning among plausible senses. Write one clear instance, one deliberate near miss and one explanation in ordinary language. Then move the same concept to a different topic. Transfer is the evidence that the learner understands the mechanism rather than memorising a label.

13. research summary

In a research summary, the learner should be able to recognise the first-meaning bias issue without relying on the original examples. It is the tendency to force the earliest or most familiar learned meaning onto every later occurrence. Write one clear instance, one deliberate near miss and one explanation in ordinary language. Then move the same concept to a different topic. Transfer is the evidence that the learner understands the mechanism rather than memorising a label.

14. instructions

In a instructions, the learner should be able to recognise the sense network issue without relying on the original examples. It represents related meanings as connected uses rather than unrelated dictionary entries memorised separately. Write one clear instance, one deliberate near miss and one explanation in ordinary language. Then move the same concept to a different topic. Transfer is the evidence that the learner understands the mechanism rather than memorising a label.

15. public notice

In a public notice, the learner should be able to recognise the collocational cue issue without relying on the original examples. It uses neighbouring words and recurring partnerships to select a sense. Write one clear instance, one deliberate near miss and one explanation in ordinary language. Then move the same concept to a different topic. Transfer is the evidence that the learner understands the mechanism rather than memorising a label.

16. oral presentation

In a oral presentation, the learner should be able to recognise the grammatical cue issue without relying on the original examples. It uses syntactic structure and word class to narrow the intended sense. Write one clear instance, one deliberate near miss and one explanation in ordinary language. Then move the same concept to a different topic. Transfer is the evidence that the learner understands the mechanism rather than memorising a label.

6. Error Clinic

1. Diagnose before correcting

When a vocabulary interpretation involving collocational cue looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test register, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

2. Diagnose before correcting

When a vocabulary interpretation involving domain cue looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test literal meaning, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

3. Diagnose before correcting

When a vocabulary interpretation involving first-meaning bias looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test figurative meaning, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

4. Diagnose before correcting

When a vocabulary interpretation involving collocational cue looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test morpheme boundary, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

5. Diagnose before correcting

When a vocabulary interpretation involving domain cue looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test sense selection, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

6. Diagnose before correcting

When a vocabulary interpretation involving first-meaning bias looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test semantic contrast, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

7. Diagnose before correcting

When a vocabulary interpretation involving collocational cue looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test collocation, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

8. Diagnose before correcting

When a vocabulary interpretation involving domain cue looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test reader expectation, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

9. Diagnose before correcting

When a vocabulary interpretation involving first-meaning bias looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test ambiguity, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

10. Diagnose before correcting

When a vocabulary interpretation involving collocational cue looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test cultural familiarity, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

11. Diagnose before correcting

When a vocabulary interpretation involving domain cue looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test word family, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

12. Diagnose before correcting

When a vocabulary interpretation involving first-meaning bias looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test false friend within English, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

13. Diagnose before correcting

When a vocabulary interpretation involving collocational cue looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test compositionality, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

14. Diagnose before correcting

When a vocabulary interpretation involving domain cue looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test scope, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

15. Diagnose before correcting

When a vocabulary interpretation involving first-meaning bias looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test tone, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

16. Diagnose before correcting

When a vocabulary interpretation involving collocational cue looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test context, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

17. Diagnose before correcting

When a vocabulary interpretation involving domain cue looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test register, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

18. Diagnose before correcting

When a vocabulary interpretation involving first-meaning bias looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test literal meaning, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

19. Diagnose before correcting

When a vocabulary interpretation involving collocational cue looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test figurative meaning, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

20. Diagnose before correcting

When a vocabulary interpretation involving domain cue looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test morpheme boundary, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

21. Diagnose before correcting

When a vocabulary interpretation involving first-meaning bias looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test sense selection, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

22. Diagnose before correcting

When a vocabulary interpretation involving collocational cue looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test semantic contrast, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

23. Diagnose before correcting

When a vocabulary interpretation involving domain cue looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test collocation, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

24. Diagnose before correcting

When a vocabulary interpretation involving first-meaning bias looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test reader expectation, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

25. Diagnose before correcting

When a vocabulary interpretation involving collocational cue looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test ambiguity, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

26. Diagnose before correcting

When a vocabulary interpretation involving domain cue looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test cultural familiarity, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

27. Diagnose before correcting

When a vocabulary interpretation involving first-meaning bias looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test word family, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

28. Diagnose before correcting

When a vocabulary interpretation involving collocational cue looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test false friend within English, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

29. Diagnose before correcting

When a vocabulary interpretation involving domain cue looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test compositionality, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

30. Diagnose before correcting

When a vocabulary interpretation involving first-meaning bias looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test scope, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

31. Diagnose before correcting

When a vocabulary interpretation involving collocational cue looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test tone, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

32. Diagnose before correcting

When a vocabulary interpretation involving domain cue looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test context, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

33. Diagnose before correcting

When a vocabulary interpretation involving first-meaning bias looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test register, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

34. Diagnose before correcting

When a vocabulary interpretation involving collocational cue looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test literal meaning, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

35. Diagnose before correcting

When a vocabulary interpretation involving domain cue looks wrong, state the intended meaning, identify the evidence inside the word or phrase, inspect the surrounding context, test figurative meaning, and then revise. Do not repair only the surface form. The repair succeeds when a careful reader can reconstruct the intended meaning without privileged knowledge.

7. Retrieval Workbook

1. Build, disrupt, explain

Create an example in a speech that genuinely depends on grammatical cue. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

2. Build, disrupt, explain

Create an example in a project evaluation that genuinely depends on domain cue. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

3. Build, disrupt, explain

Create an example in a research summary that genuinely depends on sense disambiguation. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

4. Build, disrupt, explain

Create an example in a public notice that genuinely depends on first-meaning bias. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

5. Build, disrupt, explain

Create an example in a set of instructions that genuinely depends on sense network. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

6. Build, disrupt, explain

Create an example in a literature response that genuinely depends on collocational cue. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

7. Build, disrupt, explain

Create an example in a parent-teacher note that genuinely depends on grammatical cue. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

8. Build, disrupt, explain

Create an example in an oral answer that genuinely depends on domain cue. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

9. Build, disrupt, explain

Create an example in a comparison review that genuinely depends on sense disambiguation. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

10. Build, disrupt, explain

Create an example in a problem-solution paragraph that genuinely depends on first-meaning bias. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

11. Build, disrupt, explain

Create an example in a science explanation that genuinely depends on sense network. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

12. Build, disrupt, explain

Create an example in an argumentative paragraph that genuinely depends on collocational cue. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

13. Build, disrupt, explain

Create an example in a school report that genuinely depends on grammatical cue. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

14. Build, disrupt, explain

Create an example in a data commentary that genuinely depends on domain cue. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

15. Build, disrupt, explain

Create an example in a reflective journal that genuinely depends on sense disambiguation. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

16. Build, disrupt, explain

Create an example in a narrative scene that genuinely depends on first-meaning bias. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

17. Build, disrupt, explain

Create an example in a comprehension answer that genuinely depends on sense network. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

18. Build, disrupt, explain

Create an example in a history essay that genuinely depends on collocational cue. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

19. Build, disrupt, explain

Create an example in a geography response that genuinely depends on grammatical cue. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

20. Build, disrupt, explain

Create an example in a formal email that genuinely depends on domain cue. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

21. Build, disrupt, explain

Create an example in a speech that genuinely depends on sense disambiguation. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

22. Build, disrupt, explain

Create an example in a project evaluation that genuinely depends on first-meaning bias. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

23. Build, disrupt, explain

Create an example in a research summary that genuinely depends on sense network. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

24. Build, disrupt, explain

Create an example in a public notice that genuinely depends on collocational cue. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

25. Build, disrupt, explain

Create an example in a set of instructions that genuinely depends on grammatical cue. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

26. Build, disrupt, explain

Create an example in a literature response that genuinely depends on domain cue. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

27. Build, disrupt, explain

Create an example in a parent-teacher note that genuinely depends on sense disambiguation. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

28. Build, disrupt, explain

Create an example in an oral answer that genuinely depends on first-meaning bias. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

29. Build, disrupt, explain

Create an example in a comparison review that genuinely depends on sense network. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

30. Build, disrupt, explain

Create an example in a problem-solution paragraph that genuinely depends on collocational cue. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

31. Build, disrupt, explain

Create an example in a science explanation that genuinely depends on grammatical cue. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

32. Build, disrupt, explain

Create an example in an argumentative paragraph that genuinely depends on domain cue. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

33. Build, disrupt, explain

Create an example in a school report that genuinely depends on sense disambiguation. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

34. Build, disrupt, explain

Create an example in a data commentary that genuinely depends on first-meaning bias. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

35. Build, disrupt, explain

Create an example in a reflective journal that genuinely depends on sense network. Change one morpheme, sense cue, opposite relation or figurative cue so that the interpretation changes. Label the original meaning, the changed meaning, the evidence and the likely reader inference. Finish with a third example from another subject. The exercise is complete only when the explanation predicts the change.

8. Teaching and Independent Practice

For independent practice, collect real examples from reading rather than isolated glossary items. Mark what inside the word helps, what the sentence contributes and what remains uncertain. Revisit later by reconstructing the meaning from clues. This turns vocabulary study into inference training.

For teaching, ask “Which part of the word or sentence did you use?” “What other interpretation was possible?” and “What would have to change for that interpretation to become correct?” These questions make partial knowledge visible and discourage confident guessing.

9. Further Study

For general grammar and usage reference, use the British Council English grammar reference and Cambridge Dictionary grammar reference. Sense selection connects to Morphology when word parts supply an initial hypothesis, to Definition and Classification when the learner must distinguish a sense from a referent or category, and to Idioms and Figurative Language when the context selects a nonliteral conventional or mapped meaning. Use Semantic Maps for the broader network among senses.

10. Final Checklist

1. What evidence comes from the word itself?

Final check: 1. What evidence comes from the word itself? Point to the evidence inside the word, phrase or surrounding context that supports the interpretation. Name one plausible competing interpretation and explain why it is weaker here. If the evidence is insufficient, mark the meaning as uncertain rather than guessing.

2. What evidence comes from context?

Final check: 2. What evidence comes from context? Point to the evidence inside the word, phrase or surrounding context that supports the interpretation. Name one plausible competing interpretation and explain why it is weaker here. If the evidence is insufficient, mark the meaning as uncertain rather than guessing.

3. What alternative interpretation is plausible?

Final check: 3. What alternative interpretation is plausible? Point to the evidence inside the word, phrase or surrounding context that supports the interpretation. Name one plausible competing interpretation and explain why it is weaker here. If the evidence is insufficient, mark the meaning as uncertain rather than guessing.

4. What would disambiguate it?

Final check: 4. What would disambiguate it? Point to the evidence inside the word, phrase or surrounding context that supports the interpretation. Name one plausible competing interpretation and explain why it is weaker here. If the evidence is insufficient, mark the meaning as uncertain rather than guessing.

5. Am I overgeneralising a pattern?

Final check: 5. Am I overgeneralising a pattern? Point to the evidence inside the word, phrase or surrounding context that supports the interpretation. Name one plausible competing interpretation and explain why it is weaker here. If the evidence is insufficient, mark the meaning as uncertain rather than guessing.

6. Does register matter?

Final check: 6. Does register matter? Point to the evidence inside the word, phrase or surrounding context that supports the interpretation. Name one plausible competing interpretation and explain why it is weaker here. If the evidence is insufficient, mark the meaning as uncertain rather than guessing.

7. Is the meaning literal or extended?

Final check: 7. Is the meaning literal or extended? Point to the evidence inside the word, phrase or surrounding context that supports the interpretation. Name one plausible competing interpretation and explain why it is weaker here. If the evidence is insufficient, mark the meaning as uncertain rather than guessing.

8. Can I explain the relation without jargon?

Final check: 8. Can I explain the relation without jargon? Point to the evidence inside the word, phrase or surrounding context that supports the interpretation. Name one plausible competing interpretation and explain why it is weaker here. If the evidence is insufficient, mark the meaning as uncertain rather than guessing.

9. Can I transfer it to a new context?

Final check: 9. Can I transfer it to a new context? Point to the evidence inside the word, phrase or surrounding context that supports the interpretation. Name one plausible competing interpretation and explain why it is weaker here. If the evidence is insufficient, mark the meaning as uncertain rather than guessing.

10. Does the reader have enough evidence to recover my meaning?

Final check: 10. Does the reader have enough evidence to recover my meaning? Point to the evidence inside the word, phrase or surrounding context that supports the interpretation. Name one plausible competing interpretation and explain why it is weaker here. If the evidence is insufficient, mark the meaning as uncertain rather than guessing.

Advanced Application: Interpretation Problems

Application 1: first-meaning bias — a science explanation

In a science explanation, create an example that genuinely illustrates first-meaning bias. Explain the interpretation using grammatical cue, then alter one clue so that a different analysis becomes more plausible. Transfer the same concept to a comprehension answer. The task is complete only when the learner can point to evidence rather than naming the concept after the fact.

Application 2: sense network — an oral response

Start with a fresh example in an oral response and analyse it through sense network. State what the word or phrase contributes, what the surrounding context contributes, and how collocational cue narrows the possibilities. Rewrite the example for a geography explanation while preserving the same underlying mechanism. This tests whether the concept survives beyond the original vocabulary item.

Application 3: collocational cue — a public notice

Construct a deliberate misreading involving collocational cue in a public notice. Diagnose why the interpretation is tempting, then use domain cue to show why it fails. Repair the reading and create a second example in a classroom discussion where the formerly wrong interpretation would become correct. Learning the boundary is more powerful than memorising a label.

Application 4: grammatical cue — a reflective paragraph

Imagine two readers disagree about grammatical cue in a reflective paragraph. Give the strongest evidence for each interpretation, paying special attention to first-meaning bias. Decide which reading is better supported and state what extra context would settle the issue. Repeat the procedure in a report conclusion. This turns vocabulary into evidence-based interpretation.

Application 5: domain cue — a short speech

Write one clear case and one near miss for domain cue in a short speech. Compare them through literal versus extended sense, then explain the distinction without using technical terminology. Finally, rebuild the idea in a history paragraph. If the plain-language explanation remains accurate, the underlying concept is becoming usable rather than merely recognisable.

Application 6: sense disambiguation — a data commentary

In a data commentary, create an example that genuinely illustrates sense disambiguation. Explain the interpretation using discourse context, then alter one clue so that a different analysis becomes more plausible. Transfer the same concept to a project evaluation. The task is complete only when the learner can point to evidence rather than naming the concept after the fact.

Application 7: first-meaning bias — a narrative scene

Start with a fresh example in a narrative scene and analyse it through first-meaning bias. State what the word or phrase contributes, what the surrounding context contributes, and how remaining ambiguity narrows the possibilities. Rewrite the example for a research summary while preserving the same underlying mechanism. This tests whether the concept survives beyond the original vocabulary item.

Application 8: sense network — a literature response

Construct a deliberate misreading involving sense network in a literature response. Diagnose why the interpretation is tempting, then use grammatical cue to show why it fails. Repair the reading and create a second example in a technical note where the formerly wrong interpretation would become correct. Learning the boundary is more powerful than memorising a label.

Application 9: collocational cue — a comparison review

Imagine two readers disagree about collocational cue in a comparison review. Give the strongest evidence for each interpretation, paying special attention to collocational cue. Decide which reading is better supported and state what extra context would settle the issue. Repeat the procedure in a problem-solution paragraph. This turns vocabulary into evidence-based interpretation.

Application 10: grammatical cue — a revision note

Write one clear case and one near miss for grammatical cue in a revision note. Compare them through domain cue, then explain the distinction without using technical terminology. Finally, rebuild the idea in a policy note. If the plain-language explanation remains accurate, the underlying concept is becoming usable rather than merely recognisable.

Application 11: domain cue — a formal email

In a formal email, create an example that genuinely illustrates domain cue. Explain the interpretation using first-meaning bias, then alter one clue so that a different analysis becomes more plausible. Transfer the same concept to a parent update. The task is complete only when the learner can point to evidence rather than naming the concept after the fact.

Application 12: sense disambiguation — a comprehension answer

Start with a fresh example in a comprehension answer and analyse it through sense disambiguation. State what the word or phrase contributes, what the surrounding context contributes, and how literal versus extended sense narrows the possibilities. Rewrite the example for a set of instructions while preserving the same underlying mechanism. This tests whether the concept survives beyond the original vocabulary item.

Application 13: first-meaning bias — a geography explanation

Construct a deliberate misreading involving first-meaning bias in a geography explanation. Diagnose why the interpretation is tempting, then use discourse context to show why it fails. Repair the reading and create a second example in an exam response where the formerly wrong interpretation would become correct. Learning the boundary is more powerful than memorising a label.

Application 14: sense network — a classroom discussion

Imagine two readers disagree about sense network in a classroom discussion. Give the strongest evidence for each interpretation, paying special attention to remaining ambiguity. Decide which reading is better supported and state what extra context would settle the issue. Repeat the procedure in a science explanation. This turns vocabulary into evidence-based interpretation.

Application 15: collocational cue — a report conclusion

Write one clear case and one near miss for collocational cue in a report conclusion. Compare them through grammatical cue, then explain the distinction without using technical terminology. Finally, rebuild the idea in an oral response. If the plain-language explanation remains accurate, the underlying concept is becoming usable rather than merely recognisable.

Application 16: grammatical cue — a history paragraph

In a history paragraph, create an example that genuinely illustrates grammatical cue. Explain the interpretation using collocational cue, then alter one clue so that a different analysis becomes more plausible. Transfer the same concept to a public notice. The task is complete only when the learner can point to evidence rather than naming the concept after the fact.

Application 17: domain cue — a project evaluation

Start with a fresh example in a project evaluation and analyse it through domain cue. State what the word or phrase contributes, what the surrounding context contributes, and how domain cue narrows the possibilities. Rewrite the example for a reflective paragraph while preserving the same underlying mechanism. This tests whether the concept survives beyond the original vocabulary item.

Application 18: sense disambiguation — a research summary

Construct a deliberate misreading involving sense disambiguation in a research summary. Diagnose why the interpretation is tempting, then use first-meaning bias to show why it fails. Repair the reading and create a second example in a short speech where the formerly wrong interpretation would become correct. Learning the boundary is more powerful than memorising a label.

Application 19: first-meaning bias — a technical note

Imagine two readers disagree about first-meaning bias in a technical note. Give the strongest evidence for each interpretation, paying special attention to literal versus extended sense. Decide which reading is better supported and state what extra context would settle the issue. Repeat the procedure in a data commentary. This turns vocabulary into evidence-based interpretation.

Application 20: sense network — a problem-solution paragraph

Write one clear case and one near miss for sense network in a problem-solution paragraph. Compare them through discourse context, then explain the distinction without using technical terminology. Finally, rebuild the idea in a narrative scene. If the plain-language explanation remains accurate, the underlying concept is becoming usable rather than merely recognisable.

Application 21: collocational cue — a policy note

In a policy note, create an example that genuinely illustrates collocational cue. Explain the interpretation using remaining ambiguity, then alter one clue so that a different analysis becomes more plausible. Transfer the same concept to a literature response. The task is complete only when the learner can point to evidence rather than naming the concept after the fact.

Application 22: grammatical cue — a parent update

Start with a fresh example in a parent update and analyse it through grammatical cue. State what the word or phrase contributes, what the surrounding context contributes, and how grammatical cue narrows the possibilities. Rewrite the example for a comparison review while preserving the same underlying mechanism. This tests whether the concept survives beyond the original vocabulary item.

Application 23: domain cue — a set of instructions

Construct a deliberate misreading involving domain cue in a set of instructions. Diagnose why the interpretation is tempting, then use collocational cue to show why it fails. Repair the reading and create a second example in a revision note where the formerly wrong interpretation would become correct. Learning the boundary is more powerful than memorising a label.

Application 24: sense disambiguation — an exam response

Imagine two readers disagree about sense disambiguation in an exam response. Give the strongest evidence for each interpretation, paying special attention to domain cue. Decide which reading is better supported and state what extra context would settle the issue. Repeat the procedure in a formal email. This turns vocabulary into evidence-based interpretation.

Application 25: first-meaning bias — a science explanation

Write one clear case and one near miss for first-meaning bias in a science explanation. Compare them through first-meaning bias, then explain the distinction without using technical terminology. Finally, rebuild the idea in a comprehension answer. If the plain-language explanation remains accurate, the underlying concept is becoming usable rather than merely recognisable.

Application 26: sense network — an oral response

In an oral response, create an example that genuinely illustrates sense network. Explain the interpretation using literal versus extended sense, then alter one clue so that a different analysis becomes more plausible. Transfer the same concept to a geography explanation. The task is complete only when the learner can point to evidence rather than naming the concept after the fact.

Application 27: collocational cue — a public notice

Start with a fresh example in a public notice and analyse it through collocational cue. State what the word or phrase contributes, what the surrounding context contributes, and how discourse context narrows the possibilities. Rewrite the example for a classroom discussion while preserving the same underlying mechanism. This tests whether the concept survives beyond the original vocabulary item.

Application 28: grammatical cue — a reflective paragraph

Construct a deliberate misreading involving grammatical cue in a reflective paragraph. Diagnose why the interpretation is tempting, then use remaining ambiguity to show why it fails. Repair the reading and create a second example in a report conclusion where the formerly wrong interpretation would become correct. Learning the boundary is more powerful than memorising a label.

Application 29: domain cue — a short speech

Imagine two readers disagree about domain cue in a short speech. Give the strongest evidence for each interpretation, paying special attention to grammatical cue. Decide which reading is better supported and state what extra context would settle the issue. Repeat the procedure in a history paragraph. This turns vocabulary into evidence-based interpretation.

Application 30: sense disambiguation — a data commentary

Write one clear case and one near miss for sense disambiguation in a data commentary. Compare them through collocational cue, then explain the distinction without using technical terminology. Finally, rebuild the idea in a project evaluation. If the plain-language explanation remains accurate, the underlying concept is becoming usable rather than merely recognisable.

Application 31: first-meaning bias — a narrative scene

In a narrative scene, create an example that genuinely illustrates first-meaning bias. Explain the interpretation using domain cue, then alter one clue so that a different analysis becomes more plausible. Transfer the same concept to a research summary. The task is complete only when the learner can point to evidence rather than naming the concept after the fact.

Application 32: sense network — a literature response

Start with a fresh example in a literature response and analyse it through sense network. State what the word or phrase contributes, what the surrounding context contributes, and how first-meaning bias narrows the possibilities. Rewrite the example for a technical note while preserving the same underlying mechanism. This tests whether the concept survives beyond the original vocabulary item.

Application 33: collocational cue — a comparison review

Construct a deliberate misreading involving collocational cue in a comparison review. Diagnose why the interpretation is tempting, then use literal versus extended sense to show why it fails. Repair the reading and create a second example in a problem-solution paragraph where the formerly wrong interpretation would become correct. Learning the boundary is more powerful than memorising a label.

Application 34: grammatical cue — a revision note

Imagine two readers disagree about grammatical cue in a revision note. Give the strongest evidence for each interpretation, paying special attention to discourse context. Decide which reading is better supported and state what extra context would settle the issue. Repeat the procedure in a policy note. This turns vocabulary into evidence-based interpretation.

Application 35: domain cue — a formal email

Write one clear case and one near miss for domain cue in a formal email. Compare them through remaining ambiguity, then explain the distinction without using technical terminology. Finally, rebuild the idea in a parent update. If the plain-language explanation remains accurate, the underlying concept is becoming usable rather than merely recognisable.

Application 36: sense disambiguation — a comprehension answer

In a comprehension answer, create an example that genuinely illustrates sense disambiguation. Explain the interpretation using grammatical cue, then alter one clue so that a different analysis becomes more plausible. Transfer the same concept to a set of instructions. The task is complete only when the learner can point to evidence rather than naming the concept after the fact.

Application 37: first-meaning bias — a geography explanation

Start with a fresh example in a geography explanation and analyse it through first-meaning bias. State what the word or phrase contributes, what the surrounding context contributes, and how collocational cue narrows the possibilities. Rewrite the example for an exam response while preserving the same underlying mechanism. This tests whether the concept survives beyond the original vocabulary item.

Application 38: sense network — a classroom discussion

Construct a deliberate misreading involving sense network in a classroom discussion. Diagnose why the interpretation is tempting, then use domain cue to show why it fails. Repair the reading and create a second example in a science explanation where the formerly wrong interpretation would become correct. Learning the boundary is more powerful than memorising a label.

Application 39: collocational cue — a report conclusion

Imagine two readers disagree about collocational cue in a report conclusion. Give the strongest evidence for each interpretation, paying special attention to first-meaning bias. Decide which reading is better supported and state what extra context would settle the issue. Repeat the procedure in an oral response. This turns vocabulary into evidence-based interpretation.

Application 40: grammatical cue — a history paragraph

Write one clear case and one near miss for grammatical cue in a history paragraph. Compare them through literal versus extended sense, then explain the distinction without using technical terminology. Finally, rebuild the idea in a public notice. If the plain-language explanation remains accurate, the underlying concept is becoming usable rather than merely recognisable.

Application 41: domain cue — a project evaluation

In a project evaluation, create an example that genuinely illustrates domain cue. Explain the interpretation using discourse context, then alter one clue so that a different analysis becomes more plausible. Transfer the same concept to a reflective paragraph. The task is complete only when the learner can point to evidence rather than naming the concept after the fact.

Application 42: sense disambiguation — a research summary

Start with a fresh example in a research summary and analyse it through sense disambiguation. State what the word or phrase contributes, what the surrounding context contributes, and how remaining ambiguity narrows the possibilities. Rewrite the example for a short speech while preserving the same underlying mechanism. This tests whether the concept survives beyond the original vocabulary item.

Application 43: first-meaning bias — a technical note

Construct a deliberate misreading involving first-meaning bias in a technical note. Diagnose why the interpretation is tempting, then use grammatical cue to show why it fails. Repair the reading and create a second example in a data commentary where the formerly wrong interpretation would become correct. Learning the boundary is more powerful than memorising a label.

Application 44: sense network — a problem-solution paragraph

Imagine two readers disagree about sense network in a problem-solution paragraph. Give the strongest evidence for each interpretation, paying special attention to collocational cue. Decide which reading is better supported and state what extra context would settle the issue. Repeat the procedure in a narrative scene. This turns vocabulary into evidence-based interpretation.

Application 45: collocational cue — a policy note

Write one clear case and one near miss for collocational cue in a policy note. Compare them through domain cue, then explain the distinction without using technical terminology. Finally, rebuild the idea in a literature response. If the plain-language explanation remains accurate, the underlying concept is becoming usable rather than merely recognisable.

Application 46: grammatical cue — a parent update

In a parent update, create an example that genuinely illustrates grammatical cue. Explain the interpretation using first-meaning bias, then alter one clue so that a different analysis becomes more plausible. Transfer the same concept to a comparison review. The task is complete only when the learner can point to evidence rather than naming the concept after the fact.

Application 47: domain cue — a set of instructions

Start with a fresh example in a set of instructions and analyse it through domain cue. State what the word or phrase contributes, what the surrounding context contributes, and how literal versus extended sense narrows the possibilities. Rewrite the example for a revision note while preserving the same underlying mechanism. This tests whether the concept survives beyond the original vocabulary item.

Application 48: sense disambiguation — an exam response

Construct a deliberate misreading involving sense disambiguation in an exam response. Diagnose why the interpretation is tempting, then use discourse context to show why it fails. Repair the reading and create a second example in a formal email where the formerly wrong interpretation would become correct. Learning the boundary is more powerful than memorising a label.

Application 49: first-meaning bias — a science explanation

Imagine two readers disagree about first-meaning bias in a science explanation. Give the strongest evidence for each interpretation, paying special attention to remaining ambiguity. Decide which reading is better supported and state what extra context would settle the issue. Repeat the procedure in a comprehension answer. This turns vocabulary into evidence-based interpretation.

Application 50: sense network — an oral response

Write one clear case and one near miss for sense network in an oral response. Compare them through grammatical cue, then explain the distinction without using technical terminology. Finally, rebuild the idea in a geography explanation. If the plain-language explanation remains accurate, the underlying concept is becoming usable rather than merely recognisable.

Application 51: collocational cue — a public notice

In a public notice, create an example that genuinely illustrates collocational cue. Explain the interpretation using collocational cue, then alter one clue so that a different analysis becomes more plausible. Transfer the same concept to a classroom discussion. The task is complete only when the learner can point to evidence rather than naming the concept after the fact.

Application 52: grammatical cue — a reflective paragraph

Start with a fresh example in a reflective paragraph and analyse it through grammatical cue. State what the word or phrase contributes, what the surrounding context contributes, and how domain cue narrows the possibilities. Rewrite the example for a report conclusion while preserving the same underlying mechanism. This tests whether the concept survives beyond the original vocabulary item.

Application 53: domain cue — a short speech

Construct a deliberate misreading involving domain cue in a short speech. Diagnose why the interpretation is tempting, then use first-meaning bias to show why it fails. Repair the reading and create a second example in a history paragraph where the formerly wrong interpretation would become correct. Learning the boundary is more powerful than memorising a label.

Application 54: sense disambiguation — a data commentary

Imagine two readers disagree about sense disambiguation in a data commentary. Give the strongest evidence for each interpretation, paying special attention to literal versus extended sense. Decide which reading is better supported and state what extra context would settle the issue. Repeat the procedure in a project evaluation. This turns vocabulary into evidence-based interpretation.

Application 55: first-meaning bias — a narrative scene

Write one clear case and one near miss for first-meaning bias in a narrative scene. Compare them through discourse context, then explain the distinction without using technical terminology. Finally, rebuild the idea in a research summary. If the plain-language explanation remains accurate, the underlying concept is becoming usable rather than merely recognisable.

Application 56: sense network — a literature response

In a literature response, create an example that genuinely illustrates sense network. Explain the interpretation using remaining ambiguity, then alter one clue so that a different analysis becomes more plausible. Transfer the same concept to a technical note. The task is complete only when the learner can point to evidence rather than naming the concept after the fact.

Application 57: collocational cue — a comparison review

Start with a fresh example in a comparison review and analyse it through collocational cue. State what the word or phrase contributes, what the surrounding context contributes, and how grammatical cue narrows the possibilities. Rewrite the example for a problem-solution paragraph while preserving the same underlying mechanism. This tests whether the concept survives beyond the original vocabulary item.

Application 58: grammatical cue — a revision note

Construct a deliberate misreading involving grammatical cue in a revision note. Diagnose why the interpretation is tempting, then use collocational cue to show why it fails. Repair the reading and create a second example in a policy note where the formerly wrong interpretation would become correct. Learning the boundary is more powerful than memorising a label.

Application 59: domain cue — a formal email

Imagine two readers disagree about domain cue in a formal email. Give the strongest evidence for each interpretation, paying special attention to domain cue. Decide which reading is better supported and state what extra context would settle the issue. Repeat the procedure in a parent update. This turns vocabulary into evidence-based interpretation.

Application 60: sense disambiguation — a comprehension answer

Write one clear case and one near miss for sense disambiguation in a comprehension answer. Compare them through first-meaning bias, then explain the distinction without using technical terminology. Finally, rebuild the idea in a set of instructions. If the plain-language explanation remains accurate, the underlying concept is becoming usable rather than merely recognisable.

Application 61: first-meaning bias — a geography explanation

In a geography explanation, create an example that genuinely illustrates first-meaning bias. Explain the interpretation using literal versus extended sense, then alter one clue so that a different analysis becomes more plausible. Transfer the same concept to an exam response. The task is complete only when the learner can point to evidence rather than naming the concept after the fact.

Application 62: sense network — a classroom discussion

Start with a fresh example in a classroom discussion and analyse it through sense network. State what the word or phrase contributes, what the surrounding context contributes, and how discourse context narrows the possibilities. Rewrite the example for a science explanation while preserving the same underlying mechanism. This tests whether the concept survives beyond the original vocabulary item.

Application 63: collocational cue — a report conclusion

Construct a deliberate misreading involving collocational cue in a report conclusion. Diagnose why the interpretation is tempting, then use remaining ambiguity to show why it fails. Repair the reading and create a second example in an oral response where the formerly wrong interpretation would become correct. Learning the boundary is more powerful than memorising a label.

Application 64: grammatical cue — a history paragraph

Imagine two readers disagree about grammatical cue in a history paragraph. Give the strongest evidence for each interpretation, paying special attention to grammatical cue. Decide which reading is better supported and state what extra context would settle the issue. Repeat the procedure in a public notice. This turns vocabulary into evidence-based interpretation.

Closing Principle

Polysemy is not a flaw in language. It is one way vocabulary becomes flexible and efficient. Build sense networks, then let grammar, collocation, topic and discourse choose the local meaning.