What is Primary 6 Vocabulary | Self-Explanation, Teach-Back and How Students Prove They Really Know a Word

Primary 6 vocabulary self-explanation is the practice of explaining a word, its meaning and its use in one’s own language instead of only recognising an answer. Families searching for Grade 6 vocabulary explanation, teach-back, explain word meanings, vocabulary discussion questions, how to check vocabulary understanding and self explanation for learning words are asking how to make hidden word knowledge visible.

A learner can answer “yes” to “Do you understand?” while holding only a vague sense of the word. Concept-checking guidance therefore uses questions, examples and contrasts to test whether the intended meaning is actually present. Robust academic-vocabulary instruction likewise asks students to connect target words to familiar concepts and authentic contexts. Self-explanation adds a further step: the learner must organise the meaning well enough to teach or justify it.

This guide builds a Primary 6 vocabulary self-explanation and teach-back system. It teaches students to define in learner-friendly language, give examples and non-examples, explain semantic boundaries, identify useful word parts, justify context choices, describe collocations and teach the word to another learner. The goal is not long speeches. It is precise explanation that exposes shallow understanding before the examination does.

The 50-second router

1. Explain the word without reading the definition.
2. Give one example.
3. Give one near non-example.
4. Explain why the example fits.
5. Use the word in a new sentence.
6. Answer one follow-up question.

Explanation reveals depth

Recognition can be supported by options and cues. Explaining requires the learner to reconstruct meaning from memory and organise it coherently.

Use Concept-Checking Questions for the broader checking framework and Primary 6 Semantic Mapping for visual meaning relationships. This child owns learner-generated explanation and teach-back.

Learner-friendly language matters

A definition copied from a dictionary may be accurate but opaque. Restating the relevant sense in simpler language demonstrates processing.

Use Concept-Checking Questions for the broader checking framework and Primary 6 Semantic Mapping for visual meaning relationships. This child owns learner-generated explanation and teach-back.

Examples test application

A learner who can define a word but cannot recognise a valid example may not yet control the concept.

Use Concept-Checking Questions for the broader checking framework and Primary 6 Semantic Mapping for visual meaning relationships. This child owns learner-generated explanation and teach-back.

Non-examples test boundaries

Near non-examples force the learner to identify what the word excludes, strengthening precision.

Use Concept-Checking Questions for the broader checking framework and Primary 6 Semantic Mapping for visual meaning relationships. This child owns learner-generated explanation and teach-back.

Why-questions reveal reasoning

Asking “Why does this fit?” exposes whether the answer came from meaning, guessing, memorised position or superficial similarity.

Use Concept-Checking Questions for the broader checking framework and Primary 6 Semantic Mapping for visual meaning relationships. This child owns learner-generated explanation and teach-back.

Teach-back creates retrieval

Explaining a word to another person requires retrieval of meaning, examples and relationships without merely rereading notes.

Use Concept-Checking Questions for the broader checking framework and Primary 6 Semantic Mapping for visual meaning relationships. This child owns learner-generated explanation and teach-back.

Morphology can be explained

A learner can deepen knowledge by showing how a prefix, suffix or base contributes to a word family while still checking modern meaning.

Use Concept-Checking Questions for the broader checking framework and Primary 6 Semantic Mapping for visual meaning relationships. This child owns learner-generated explanation and teach-back.

Collocations can be justified

Explaining why strong evidence is more natural than a tempting alternative turns phrase knowledge into conscious control.

Use Concept-Checking Questions for the broader checking framework and Primary 6 Semantic Mapping for visual meaning relationships. This child owns learner-generated explanation and teach-back.

Context choices can be defended

When a multiple-choice vocabulary item is answered, the learner should point to the sentence evidence that supports the selected sense.

Use Concept-Checking Questions for the broader checking framework and Primary 6 Semantic Mapping for visual meaning relationships. This child owns learner-generated explanation and teach-back.

Short explanations are often better

The aim is not verbal quantity. A concise accurate explanation with one strong example can show more understanding than a long circular answer.

Use Concept-Checking Questions for the broader checking framework and Primary 6 Semantic Mapping for visual meaning relationships. This child owns learner-generated explanation and teach-back.

Peer explanation needs checking

Learners can confidently teach misconceptions. Teacher or reference verification should follow teach-back when the word is new or difficult.

Use Concept-Checking Questions for the broader checking framework and Primary 6 Semantic Mapping for visual meaning relationships. This child owns learner-generated explanation and teach-back.

Self-explanation should fade into independent use

Eventually the learner should not need to narrate every decision aloud. The explanation routine is a scaffold for building a better internal model.

Use Concept-Checking Questions for the broader checking framework and Primary 6 Semantic Mapping for visual meaning relationships. This child owns learner-generated explanation and teach-back.

The six-question teach-back

What does it mean?

Explain the relevant sense simply.

What is a clear example?

Choose a case that reveals the meaning.

What almost fits but does not?

Give a near non-example.

What word is it related to?

Name a useful synonym, antonym, family member or category.

How does it behave in a sentence?

Give a natural collocation or frame.

Why would you choose it here?

Defend the word in a fresh context.

One hundred and fifteen self-explanation laboratories

Teach-Back Lab 1: teach analyse from a narrative passage

A learner who knows the base word but not the derived form has to teach analyse after meeting it in a narrative passage about environmental change. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why analyse fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 2: teach observation from a listening task

A learner who can identify a wrong sentence but cannot repair it has to teach observation after meeting it in a listening task about food systems. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why observation fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 3: teach contribute from a debate

A learner who confuses a grammatical error with a vocabulary error has to teach contribute after meeting it in a debate about school rules. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why contribute fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 4: teach possibility from an informational passage

A learner who overgeneralises a suffix rule has to teach possibility after meeting it in an informational passage about learning habits. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why possibility fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 5: teach source from a news report

A learner who can answer multiple choice but cannot explain why has to teach source after meeting it in a news report about financial decisions. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why source fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 6: teach adapt from a peer explanation

A learner who repairs spelling but misses a meaning error has to teach adapt after meeting it in a peer explanation about water conservation. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why adapt fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 7: teach relevant from a Science explanation

A learner who can recognise the concept but cannot define its boundary has to teach relevant after meeting it in a Science explanation about energy. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why relevant fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 8: teach accurate from a school announcement

A learner who can use the word but cannot teach it to someone else has to teach accurate after meeting it in a school announcement about public spaces. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why accurate fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 9: teach effectiveness from a Secondary 1 preview text

A learner who can explain orally but not in writing has to teach effectiveness after meeting it in a Secondary 1 preview text about transport. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why effectiveness fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 10: teach factor from a Mathematics word problem

A learner who uses a noun-heavy sentence that becomes hard to read has to teach factor after meeting it in a Mathematics word problem about media literacy. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why factor fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 11: teach infer from a graph explanation

A learner who uses one memorised sentence only has to teach infer after meeting it in a graph explanation about biodiversity. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why infer fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 12: teach evaluate from a revision task

A learner who uses a collocation correctly but the sentence pattern is wrong has to teach evaluate after meeting it in a revision task about healthy habits. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why evaluate fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 13: teach classify from an oral response

A learner who writes an advanced word that sounds unnatural has to teach classify after meeting it in an oral response about community service. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why classify fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 14: teach construction from a project reflection

A learner who uses the correct meaning in the wrong grammatical form has to teach construction after meeting it in a project reflection about technology. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why construction fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 15: teach reluctant from a documentary extract

A learner who knows the word but not what can follow it has to teach reluctant after meeting it in a documentary extract about digital safety. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why reluctant fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 16: teach pattern from a situational-writing email

A learner who copies teacher correction without understanding it has to teach pattern after meeting it in a situational-writing email about inventions. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why pattern fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 17: teach resolution from a textbook section

A learner who changes a verb into a noun awkwardly has to teach resolution after meeting it in a textbook section about sports. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why resolution fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 18: teach comparison from a class discussion

A learner who gives a definition but no example has to teach comparison after meeting it in a class discussion about teamwork. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why comparison fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 19: teach precision from a continuous-writing paragraph

A learner who knows the word but not the required preposition has to teach precision after meeting it in a continuous-writing paragraph about weather. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why precision fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 20: teach reliable from a digital article

A learner who accepts near-misses as correct examples has to teach reliable after meeting it in a digital article about friendship. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why reliable fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 21: teach strategy from a narrative passage

A learner who knows the base word but not the derived form has to teach strategy after meeting it in a narrative passage about environmental change. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why strategy fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 22: teach conclusion from a listening task

A learner who can identify a wrong sentence but cannot repair it has to teach conclusion after meeting it in a listening task about food systems. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why conclusion fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 23: teach significance from a debate

A learner who confuses a grammatical error with a vocabulary error has to teach significance after meeting it in a debate about school rules. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why significance fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 24: teach explanation from an informational passage

A learner who overgeneralises a suffix rule has to teach explanation after meeting it in an informational passage about learning habits. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why explanation fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 25: teach similar from a news report

A learner who can answer multiple choice but cannot explain why has to teach similar after meeting it in a news report about financial decisions. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why similar fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 26: teach confidence from a peer explanation

A learner who repairs spelling but misses a meaning error has to teach confidence after meeting it in a peer explanation about water conservation. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why confidence fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 27: teach function from a Science explanation

A learner who can recognise the concept but cannot define its boundary has to teach function after meeting it in a Science explanation about energy. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why function fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 28: teach retrieve from a school announcement

A learner who can use the word but cannot teach it to someone else has to teach retrieve after meeting it in a school announcement about public spaces. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why retrieve fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 29: teach consequential from a Secondary 1 preview text

A learner who can explain orally but not in writing has to teach consequential after meeting it in a Secondary 1 preview text about transport. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why consequential fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 30: teach appropriate from a Mathematics word problem

A learner who uses a noun-heavy sentence that becomes hard to read has to teach appropriate after meeting it in a Mathematics word problem about media literacy. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why appropriate fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 31: teach validity from a graph explanation

A learner who uses one memorised sentence only has to teach validity after meeting it in a graph explanation about biodiversity. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why validity fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 32: teach effect from a revision task

A learner who uses a collocation correctly but the sentence pattern is wrong has to teach effect after meeting it in a revision task about healthy habits. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why effect fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 33: teach demonstrate from an oral response

A learner who writes an advanced word that sounds unnatural has to teach demonstrate after meeting it in an oral response about community service. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why demonstrate fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 34: teach interpret from a project reflection

A learner who uses the correct meaning in the wrong grammatical form has to teach interpret after meeting it in a project reflection about technology. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why interpret fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 35: teach respond from a documentary extract

A learner who knows the word but not what can follow it has to teach respond after meeting it in a documentary extract about digital safety. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why respond fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 36: teach influential from a situational-writing email

A learner who copies teacher correction without understanding it has to teach influential after meeting it in a situational-writing email about inventions. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why influential fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 37: teach argument from a textbook section

A learner who changes a verb into a noun awkwardly has to teach argument after meeting it in a textbook section about sports. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why argument fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 38: teach specific from a class discussion

A learner who gives a definition but no example has to teach specific after meeting it in a class discussion about teamwork. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why specific fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 39: teach analysis from a continuous-writing paragraph

A learner who knows the word but not the required preposition has to teach analysis after meeting it in a continuous-writing paragraph about weather. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why analysis fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 40: teach predict from a digital article

A learner who accepts near-misses as correct examples has to teach predict after meeting it in a digital article about friendship. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why predict fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 41: teach contribution from a narrative passage

A learner who knows the base word but not the derived form has to teach contribution after meeting it in a narrative passage about environmental change. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why contribution fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 42: teach probable from a listening task

A learner who can identify a wrong sentence but cannot repair it has to teach probable after meeting it in a listening task about food systems. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why probable fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 43: teach context from a debate

A learner who confuses a grammatical error with a vocabulary error has to teach context after meeting it in a debate about school rules. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why context fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 44: teach adaptation from an informational passage

A learner who overgeneralises a suffix rule has to teach adaptation after meeting it in an informational passage about learning habits. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why adaptation fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 45: teach relevance from a news report

A learner who can answer multiple choice but cannot explain why has to teach relevance after meeting it in a news report about financial decisions. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why relevance fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 46: teach accuracy from a peer explanation

A learner who repairs spelling but misses a meaning error has to teach accuracy after meeting it in a peer explanation about water conservation. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why accuracy fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 47: teach efficient from a Science explanation

A learner who can recognise the concept but cannot define its boundary has to teach efficient after meeting it in a Science explanation about energy. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why efficient fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 48: teach process from a school announcement

A learner who can use the word but cannot teach it to someone else has to teach process after meeting it in a school announcement about public spaces. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why process fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 49: teach inference from a Secondary 1 preview text

A learner who can explain orally but not in writing has to teach inference after meeting it in a Secondary 1 preview text about transport. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why inference fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 50: teach evaluation from a Mathematics word problem

A learner who uses a noun-heavy sentence that becomes hard to read has to teach evaluation after meeting it in a Mathematics word problem about media literacy. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why evaluation fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 51: teach classification from a graph explanation

A learner who uses one memorised sentence only has to teach classification after meeting it in a graph explanation about biodiversity. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why classification fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 52: teach differentiate from a revision task

A learner who uses a collocation correctly but the sentence pattern is wrong has to teach differentiate after meeting it in a revision task about healthy habits. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why differentiate fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 53: teach reluctance from an oral response

A learner who writes an advanced word that sounds unnatural has to teach reluctance after meeting it in an oral response about community service. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why reluctance fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 54: teach relationship from a project reflection

A learner who uses the correct meaning in the wrong grammatical form has to teach relationship after meeting it in a project reflection about technology. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why relationship fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 55: teach retain from a documentary extract

A learner who knows the word but not what can follow it has to teach retain after meeting it in a documentary extract about digital safety. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why retain fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 56: teach contrast from a situational-writing email

A learner who copies teacher correction without understanding it has to teach contrast after meeting it in a situational-writing email about inventions. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why contrast fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 57: teach logical from a textbook section

A learner who changes a verb into a noun awkwardly has to teach logical after meeting it in a textbook section about sports. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why logical fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 58: teach reliability from a class discussion

A learner who gives a definition but no example has to teach reliability after meeting it in a class discussion about teamwork. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why reliability fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 59: teach result from a continuous-writing paragraph

A learner who knows the word but not the required preposition has to teach result after meeting it in a continuous-writing paragraph about weather. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why result fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 60: teach describe from a digital article

A learner who accepts near-misses as correct examples has to teach describe after meeting it in a digital article about friendship. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why describe fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 61: teach justify from a narrative passage

A learner who knows the base word but not the derived form has to teach justify after meeting it in a narrative passage about environmental change. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why justify fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 62: teach decide from a listening task

A learner who can identify a wrong sentence but cannot repair it has to teach decide after meeting it in a listening task about food systems. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why decide fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 63: teach similarity from a debate

A learner who confuses a grammatical error with a vocabulary error has to teach similarity after meeting it in a debate about school rules. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why similarity fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 64: teach evidence from an informational passage

A learner who overgeneralises a suffix rule has to teach evidence after meeting it in an informational passage about learning habits. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why evidence fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 65: teach category from a news report

A learner who can answer multiple choice but cannot explain why has to teach category after meeting it in a news report about financial decisions. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why category fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 66: teach retrieval from a peer explanation

A learner who repairs spelling but misses a meaning error has to teach retrieval after meeting it in a peer explanation about water conservation. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why retrieval fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 67: teach observe from a Science explanation

A learner who can recognise the concept but cannot define its boundary has to teach observe after meeting it in a Science explanation about energy. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why observe fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 68: teach appropriateness from a school announcement

A learner who can use the word but cannot teach it to someone else has to teach appropriateness after meeting it in a school announcement about public spaces. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why appropriateness fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 69: teach possible from a Secondary 1 preview text

A learner who can explain orally but not in writing has to teach possible after meeting it in a Secondary 1 preview text about transport. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why possible fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 70: teach support from a Mathematics word problem

A learner who uses a noun-heavy sentence that becomes hard to read has to teach support after meeting it in a Mathematics word problem about media literacy. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why support fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 71: teach demonstration from a graph explanation

A learner who uses one memorised sentence only has to teach demonstration after meeting it in a graph explanation about biodiversity. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why demonstration fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 72: teach interpretation from a revision task

A learner who uses a collocation correctly but the sentence pattern is wrong has to teach interpretation after meeting it in a revision task about healthy habits. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why interpretation fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 73: teach response from an oral response

A learner who writes an advanced word that sounds unnatural has to teach response after meeting it in an oral response about community service. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why response fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 74: teach effective from a project reflection

A learner who uses the correct meaning in the wrong grammatical form has to teach effective after meeting it in a project reflection about technology. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why effective fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 75: teach reason from a documentary extract

A learner who knows the word but not what can follow it has to teach reason after meeting it in a documentary extract about digital safety. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why reason fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 76: teach general from a situational-writing email

A learner who copies teacher correction without understanding it has to teach general after meeting it in a situational-writing email about inventions. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why general fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 77: teach analytical from a textbook section

A learner who changes a verb into a noun awkwardly has to teach analytical after meeting it in a textbook section about sports. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why analytical fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 78: teach prediction from a class discussion

A learner who gives a definition but no example has to teach prediction after meeting it in a class discussion about teamwork. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why prediction fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 79: teach construct from a continuous-writing paragraph

A learner who knows the word but not the required preposition has to teach construct after meeting it in a continuous-writing paragraph about weather. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why construct fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 80: teach probability from a digital article

A learner who accepts near-misses as correct examples has to teach probability after meeting it in a digital article about friendship. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why probability fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 81: teach criterion from a narrative passage

A learner who knows the base word but not the derived form has to teach criterion after meeting it in a narrative passage about environmental change. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why criterion fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 82: teach resolve from a listening task

A learner who can identify a wrong sentence but cannot repair it has to teach resolve after meeting it in a listening task about food systems. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why resolve fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 83: teach compare from a debate

A learner who confuses a grammatical error with a vocabulary error has to teach compare after meeting it in a debate about school rules. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why compare fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 84: teach precise from an informational passage

A learner who overgeneralises a suffix rule has to teach precise after meeting it in an informational passage about learning habits. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why precise fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 85: teach efficiency from a news report

A learner who can answer multiple choice but cannot explain why has to teach efficiency after meeting it in a news report about financial decisions. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why efficiency fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 86: teach method from a peer explanation

A learner who repairs spelling but misses a meaning error has to teach method after meeting it in a peer explanation about water conservation. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why method fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 87: teach conclude from a Science explanation

A learner who can recognise the concept but cannot define its boundary has to teach conclude after meeting it in a Science explanation about energy. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why conclude fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 88: teach significant from a school announcement

A learner who can use the word but cannot teach it to someone else has to teach significant after meeting it in a school announcement about public spaces. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why significant fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 89: teach explain from a Secondary 1 preview text

A learner who can explain orally but not in writing has to teach explain after meeting it in a Secondary 1 preview text about transport. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why explain fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 90: teach difference from a Mathematics word problem

A learner who uses a noun-heavy sentence that becomes hard to read has to teach difference after meeting it in a Mathematics word problem about media literacy. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why difference fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 91: teach confident from a graph explanation

A learner who uses one memorised sentence only has to teach confident after meeting it in a graph explanation about biodiversity. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why confident fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 92: teach structure from a revision task

A learner who uses a collocation correctly but the sentence pattern is wrong has to teach structure after meeting it in a revision task about healthy habits. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why structure fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 93: teach retention from an oral response

A learner who writes an advanced word that sounds unnatural has to teach retention after meeting it in an oral response about community service. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why retention fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 94: teach consequence from a project reflection

A learner who uses the correct meaning in the wrong grammatical form has to teach consequence after meeting it in a project reflection about technology. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why consequence fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 95: teach logic from a documentary extract

A learner who knows the word but not what can follow it has to teach logic after meeting it in a documentary extract about digital safety. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why logic fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 96: teach valid from a situational-writing email

A learner who copies teacher correction without understanding it has to teach valid after meeting it in a situational-writing email about inventions. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why valid fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 97: teach cause from a textbook section

A learner who changes a verb into a noun awkwardly has to teach cause after meeting it in a textbook section about sports. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why cause fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 98: teach description from a class discussion

A learner who gives a definition but no example has to teach description after meeting it in a class discussion about teamwork. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why description fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 99: teach justification from a continuous-writing paragraph

A learner who knows the word but not the required preposition has to teach justification after meeting it in a continuous-writing paragraph about weather. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why justification fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 100: teach decision from a digital article

A learner who accepts near-misses as correct examples has to teach decision after meeting it in a digital article about friendship. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why decision fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 101: teach influence from a narrative passage

A learner who knows the base word but not the derived form has to teach influence after meeting it in a narrative passage about environmental change. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why influence fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 102: teach claim from a listening task

A learner who can identify a wrong sentence but cannot repair it has to teach claim after meeting it in a listening task about food systems. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why claim fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 103: teach sequence from a debate

A learner who confuses a grammatical error with a vocabulary error has to teach sequence after meeting it in a debate about school rules. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why sequence fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 104: teach analyse from an informational passage

A learner who overgeneralises a suffix rule has to teach analyse after meeting it in an informational passage about learning habits. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why analyse fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 105: teach observation from a news report

A learner who can answer multiple choice but cannot explain why has to teach observation after meeting it in a news report about financial decisions. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why observation fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 106: teach contribute from a peer explanation

A learner who repairs spelling but misses a meaning error has to teach contribute after meeting it in a peer explanation about water conservation. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why contribute fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 107: teach possibility from a Science explanation

A learner who can recognise the concept but cannot define its boundary has to teach possibility after meeting it in a Science explanation about energy. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why possibility fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 108: teach source from a school announcement

A learner who can use the word but cannot teach it to someone else has to teach source after meeting it in a school announcement about public spaces. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why source fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 109: teach adapt from a Secondary 1 preview text

A learner who can explain orally but not in writing has to teach adapt after meeting it in a Secondary 1 preview text about transport. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why adapt fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 110: teach relevant from a Mathematics word problem

A learner who uses a noun-heavy sentence that becomes hard to read has to teach relevant after meeting it in a Mathematics word problem about media literacy. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why relevant fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 111: teach accurate from a graph explanation

A learner who uses one memorised sentence only has to teach accurate after meeting it in a graph explanation about biodiversity. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why accurate fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 112: teach effectiveness from a revision task

A learner who uses a collocation correctly but the sentence pattern is wrong has to teach effectiveness after meeting it in a revision task about healthy habits. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why effectiveness fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 113: teach factor from an oral response

A learner who writes an advanced word that sounds unnatural has to teach factor after meeting it in an oral response about community service. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why factor fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 114: teach infer from a project reflection

A learner who uses the correct meaning in the wrong grammatical form has to teach infer after meeting it in a project reflection about technology. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why infer fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Teach-Back Lab 115: teach evaluate from a documentary extract

A learner who knows the word but not what can follow it has to teach evaluate after meeting it in a documentary extract about digital safety. Close the dictionary and notes. Give a short learner-friendly meaning, one clear example and one near non-example. Explain the single feature that separates them. Add one useful relationship such as a word-family member, contrast or category, then give one natural collocation or sentence frame. Answer a follow-up question asking why evaluate fits a new context better than a nearby alternative. Finally, verify the explanation against a reliable source and correct any drift. The teach-back succeeds when it is concise, accurate and reusable, not when it is long.

Where this fits in the eduKate Primary 6 vocabulary architecture

This article is a specialist child of the Primary 6 vocabulary apex. It does not replace the Top 100 Primary 6 high-utility word-bank owner or the Primary 6 vocabulary practice owner. The master Vocabulary router and Vocabulary Learning Hub remain the wider routes across vocabulary levels and problems.

The lane stays add-only. Each child owns one teaching and search intent, links to existing specialist owners where they are deeper, and avoids rewriting protected pages.

Sources and further reading

• IES — Project DIMES: Diagnostic Instrument for Morphology of Elementary Students.
• IES — Word Knowledge Instruction and Grade 5 Writing.
• IES PRISMS — Vocabulary and Morphology for Grades 6–8.
• IES — Evaluating, Revising and Editing Writing.
• IES What Works Clearinghouse — Teaching Elementary School Students to Be Effective Writers.
• Reading Rockets — Content Area Vocabulary Learning.
• Reading Rockets — Vocabulary Instructional Guidelines and Classroom Examples.
• Reading Rockets — Vocabulary in Practice.
• MOE Singapore — English Language Syllabus 2020 Primary.
• SEAB — 2026 PSLE English Language syllabus.

Extended Primary 6 application fieldbook

Fieldbook 1: analyse in a narrative passage

A learner who knows the base word but not the derived form must teach analyse after seeing it in a narrative passage about environmental change. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 2: classification in a project reflection

A learner who repairs spelling but misses a meaning error must teach classification after seeing it in a project reflection about media literacy. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 3: influence in a Science explanation

A learner who uses one memorised sentence only must teach influence after seeing it in a Science explanation about weather. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 4: process in a digital article

A learner who copies teacher correction without understanding it must teach process after seeing it in a digital article about public spaces. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 5: description in an oral response

A learner who knows the base word but not the derived form must teach description after seeing it in an oral response about sports. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 6: relevance in a peer explanation

A learner who repairs spelling but misses a meaning error must teach relevance after seeing it in a peer explanation about water conservation. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 7: logic in a continuous-writing paragraph

A learner who uses one memorised sentence only must teach logic after seeing it in a continuous-writing paragraph about digital safety. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 8: probable in a revision task

A learner who copies teacher correction without understanding it must teach probable after seeing it in a revision task about learning habits. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 9: structure in a news report

A learner who knows the base word but not the derived form must teach structure after seeing it in a news report about community service. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 10: analysis in a class discussion

A learner who repairs spelling but misses a meaning error must teach analysis after seeing it in a class discussion about food systems. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 11: explain in a graph explanation

A learner who uses one memorised sentence only must teach explain after seeing it in a graph explanation about biodiversity. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 12: influential in an informational passage

A learner who copies teacher correction without understanding it must teach influential after seeing it in an informational passage about friendship. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 13: method in a textbook section

A learner who knows the base word but not the derived form must teach method after seeing it in a textbook section about transport. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 14: demonstrate in a Mathematics word problem

A learner who repairs spelling but misses a meaning error must teach demonstrate after seeing it in a Mathematics word problem about teamwork. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 15: compare in a debate

A learner who uses one memorised sentence only must teach compare after seeing it in a debate about energy. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 16: appropriate in a situational-writing email

A learner who copies teacher correction without understanding it must teach appropriate after seeing it in a situational-writing email about inventions. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 17: probability in a Secondary 1 preview text

A learner who knows the base word but not the derived form must teach probability after seeing it in a Secondary 1 preview text about financial decisions. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 18: function in a listening task

A learner who repairs spelling but misses a meaning error must teach function after seeing it in a listening task about technology. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 19: analytical in a documentary extract

A learner who uses one memorised sentence only must teach analytical after seeing it in a documentary extract about school rules. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 20: explanation in a school announcement

A learner who copies teacher correction without understanding it must teach explanation after seeing it in a school announcement about healthy habits. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 21: effective in a narrative passage

A learner who knows the base word but not the derived form must teach effective after seeing it in a narrative passage about environmental change. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 22: strategy in a project reflection

A learner who repairs spelling but misses a meaning error must teach strategy after seeing it in a project reflection about media literacy. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 23: demonstration in a Science explanation

A learner who uses one memorised sentence only must teach demonstration after seeing it in a Science explanation about weather. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 24: comparison in a digital article

A learner who copies teacher correction without understanding it must teach comparison after seeing it in a digital article about public spaces. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 25: appropriateness in an oral response

A learner who knows the base word but not the derived form must teach appropriateness after seeing it in an oral response about sports. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 26: reluctant in a peer explanation

A learner who repairs spelling but misses a meaning error must teach reluctant after seeing it in a peer explanation about water conservation. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 27: category in a continuous-writing paragraph

A learner who uses one memorised sentence only must teach category after seeing it in a continuous-writing paragraph about digital safety. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 28: evaluate in a revision task

A learner who copies teacher correction without understanding it must teach evaluate after seeing it in a revision task about learning habits. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 29: decide in a news report

A learner who knows the base word but not the derived form must teach decide after seeing it in a news report about community service. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 30: effectiveness in a class discussion

A learner who repairs spelling but misses a meaning error must teach effectiveness after seeing it in a class discussion about food systems. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 31: result in a graph explanation

A learner who uses one memorised sentence only must teach result after seeing it in a graph explanation about biodiversity. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 32: adapt in an informational passage

A learner who copies teacher correction without understanding it must teach adapt after seeing it in an informational passage about friendship. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 33: contrast in a textbook section

A learner who knows the base word but not the derived form must teach contrast after seeing it in a textbook section about transport. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 34: contribute in a Mathematics word problem

A learner who repairs spelling but misses a meaning error must teach contribute after seeing it in a Mathematics word problem about teamwork. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 35: reluctance in a debate

A learner who uses one memorised sentence only must teach reluctance after seeing it in a debate about energy. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 36: sequence in a situational-writing email

A learner who copies teacher correction without understanding it must teach sequence after seeing it in a situational-writing email about inventions. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 37: evaluation in a Secondary 1 preview text

A learner who knows the base word but not the derived form must teach evaluation after seeing it in a Secondary 1 preview text about financial decisions. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 38: decision in a listening task

A learner who repairs spelling but misses a meaning error must teach decision after seeing it in a listening task about technology. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 39: efficient in a documentary extract

A learner who uses one memorised sentence only must teach efficient after seeing it in a documentary extract about school rules. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 40: cause in a school announcement

A learner who copies teacher correction without understanding it must teach cause after seeing it in a school announcement about healthy habits. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 41: adaptation in a narrative passage

A learner who knows the base word but not the derived form must teach adaptation after seeing it in a narrative passage about environmental change. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 42: consequence in a project reflection

A learner who repairs spelling but misses a meaning error must teach consequence after seeing it in a project reflection about media literacy. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 43: contribution in a Science explanation

A learner who uses one memorised sentence only must teach contribution after seeing it in a Science explanation about weather. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 44: confident in a digital article

A learner who copies teacher correction without understanding it must teach confident after seeing it in a digital article about public spaces. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 45: specific in an oral response

A learner who knows the base word but not the derived form must teach specific after seeing it in an oral response about sports. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 46: significant in a peer explanation

A learner who repairs spelling but misses a meaning error must teach significant after seeing it in a peer explanation about water conservation. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 47: respond in a continuous-writing paragraph

A learner who uses one memorised sentence only must teach respond after seeing it in a continuous-writing paragraph about digital safety. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 48: efficiency in a revision task

A learner who copies teacher correction without understanding it must teach efficiency after seeing it in a revision task about learning habits. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 49: effect in a news report

A learner who knows the base word but not the derived form must teach effect after seeing it in a news report about community service. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 50: resolve in a class discussion

A learner who repairs spelling but misses a meaning error must teach resolve after seeing it in a class discussion about food systems. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 51: consequential in a graph explanation

A learner who uses one memorised sentence only must teach consequential after seeing it in a graph explanation about biodiversity. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 52: construct in an informational passage

A learner who copies teacher correction without understanding it must teach construct after seeing it in an informational passage about friendship. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 53: confidence in a textbook section

A learner who knows the base word but not the derived form must teach confidence after seeing it in a textbook section about transport. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 54: general in a Mathematics word problem

A learner who repairs spelling but misses a meaning error must teach general after seeing it in a Mathematics word problem about teamwork. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 55: significance in a debate

A learner who uses one memorised sentence only must teach significance after seeing it in a debate about energy. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 56: response in a situational-writing email

A learner who copies teacher correction without understanding it must teach response after seeing it in a situational-writing email about inventions. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 57: reliable in a Secondary 1 preview text

A learner who knows the base word but not the derived form must teach reliable after seeing it in a Secondary 1 preview text about financial decisions. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 58: support in a listening task

A learner who repairs spelling but misses a meaning error must teach support after seeing it in a listening task about technology. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 59: resolution in a documentary extract

A learner who uses one memorised sentence only must teach resolution after seeing it in a documentary extract about school rules. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 60: observe in a school announcement

A learner who copies teacher correction without understanding it must teach observe after seeing it in a school announcement about healthy habits. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 61: construction in a narrative passage

A learner who knows the base word but not the derived form must teach construction after seeing it in a narrative passage about environmental change. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 62: evidence in a project reflection

A learner who repairs spelling but misses a meaning error must teach evidence after seeing it in a project reflection about media literacy. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 63: infer in a Science explanation

A learner who uses one memorised sentence only must teach infer after seeing it in a Science explanation about weather. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 64: justify in a digital article

A learner who copies teacher correction without understanding it must teach justify after seeing it in a digital article about public spaces. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 65: accurate in an oral response

A learner who knows the base word but not the derived form must teach accurate after seeing it in an oral response about sports. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 66: reliability in a peer explanation

A learner who repairs spelling but misses a meaning error must teach reliability after seeing it in a peer explanation about water conservation. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 67: source in a continuous-writing paragraph

A learner who uses one memorised sentence only must teach source after seeing it in a continuous-writing paragraph about digital safety. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 68: retain in a revision task

A learner who copies teacher correction without understanding it must teach retain after seeing it in a revision task about learning habits. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 69: observation in a news report

A learner who knows the base word but not the derived form must teach observation after seeing it in a news report about community service. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 70: differentiate in a class discussion

A learner who repairs spelling but misses a meaning error must teach differentiate after seeing it in a class discussion about food systems. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 71: claim in a graph explanation

A learner who uses one memorised sentence only must teach claim after seeing it in a graph explanation about biodiversity. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 72: inference in an informational passage

A learner who copies teacher correction without understanding it must teach inference after seeing it in an informational passage about friendship. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 73: justification in a textbook section

A learner who knows the base word but not the derived form must teach justification after seeing it in a textbook section about transport. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 74: accuracy in a Mathematics word problem

A learner who repairs spelling but misses a meaning error must teach accuracy after seeing it in a Mathematics word problem about teamwork. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 75: valid in a debate

A learner who uses one memorised sentence only must teach valid after seeing it in a debate about energy. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 76: context in a situational-writing email

A learner who copies teacher correction without understanding it must teach context after seeing it in a situational-writing email about inventions. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 77: retention in a Secondary 1 preview text

A learner who knows the base word but not the derived form must teach retention after seeing it in a Secondary 1 preview text about financial decisions. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 78: predict in a listening task

A learner who repairs spelling but misses a meaning error must teach predict after seeing it in a listening task about technology. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 79: difference in a documentary extract

A learner who uses one memorised sentence only must teach difference after seeing it in a documentary extract about school rules. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 80: argument in a school announcement

A learner who copies teacher correction without understanding it must teach argument after seeing it in a school announcement about healthy habits. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 81: conclude in a narrative passage

A learner who knows the base word but not the derived form must teach conclude after seeing it in a narrative passage about environmental change. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 82: interpret in a project reflection

A learner who repairs spelling but misses a meaning error must teach interpret after seeing it in a project reflection about media literacy. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 83: precise in a Science explanation

A learner who uses one memorised sentence only must teach precise after seeing it in a Science explanation about weather. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 84: validity in a digital article

A learner who copies teacher correction without understanding it must teach validity after seeing it in a digital article about public spaces. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 85: criterion in an oral response

A learner who knows the base word but not the derived form must teach criterion after seeing it in an oral response about sports. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 86: retrieve in a peer explanation

A learner who repairs spelling but misses a meaning error must teach retrieve after seeing it in a peer explanation about water conservation. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 87: prediction in a continuous-writing paragraph

A learner who uses one memorised sentence only must teach prediction after seeing it in a continuous-writing paragraph about digital safety. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 88: similar in a revision task

A learner who copies teacher correction without understanding it must teach similar after seeing it in a revision task about learning habits. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 89: reason in a news report

A learner who knows the base word but not the derived form must teach reason after seeing it in a news report about community service. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.

Fieldbook 90: conclusion in a class discussion

A learner who repairs spelling but misses a meaning error must teach conclusion after seeing it in a class discussion about food systems. Without reading notes, explain the relevant meaning, give an example and near non-example, identify one useful relationship and give one natural phrase. Answer a follow-up “why” question about a new context and verify the explanation afterward. The learner proves knowledge by reconstructing and defending the word, not by recognising the teacher’s wording.