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What is Primary 2 Vocabulary | Academic Vocabulary, Classroom Language and School Words for Grade 2

Primary 2 academic vocabulary, Grade 2 academic vocabulary, 2nd grade school words and classroom language are the words children need to understand instructions, explain ideas and learn across English, Mathematics and Science. Important examples include compare, explain, describe, identify, predict, observe, sequence, result, similar, different and other task words that tell a learner what kind of thinking or response is required.

For parents and teachers searching for Primary 2 vocabulary words, Grade 2 vocabulary words with meanings, second grade academic vocabulary, school vocabulary, Math vocabulary, Science vocabulary, reading comprehension vocabulary or academic language for young learners, the central distinction is usefulness. School words recur across subjects and tasks, so a small number can unlock hundreds of future instructions, explanations, word problems, comprehension questions and classroom conversations.

This guide is the conceptual owner for Primary 2 academic vocabulary and classroom language. It sits beneath the What is Primary 2 Vocabulary apex guide and complements the Top 100 Primary 2 Academic Vocabulary list. That list supplies words; this article explains how school language guides attention and reasoning, how the same words transfer across subjects, and how teachers and parents can move children from recognition to independent academic use.

The 50-Second Router

Central proposition: Primary 2 academic vocabulary is the language infrastructure of school. A learner becomes more independent when important classroom and cross-subject words are understood deeply enough to guide attention, reasoning, reading, speaking and writing across changing tasks.

1. Academic Vocabulary at Primary 2

Academic Vocabulary at Primary 2 belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

compare can be used when discussing two characters, two shapes or two materials. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of academic vocabulary at primary 2 includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether academic vocabulary at primary 2 was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use academic vocabulary at primary 2 language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

2. Everyday Language and School Language

Everyday Language and School Language belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

explain asks for a reason or relationship, not simply a longer answer. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of everyday language and school language includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether everyday language and school language was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use everyday language and school language language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

3. Task Words and Classroom Commands

Task Words and Classroom Commands belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

observe directs a learner to notice carefully before making a conclusion. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of task words and classroom commands includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether task words and classroom commands was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use task words and classroom commands language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

4. Identify

Identify belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

difference can carry an everyday meaning and a mathematical meaning. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of identify includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether identify was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use identify language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

5. Describe

Describe belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

first, next, after, finally organise procedures, retells and explanations. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of describe includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether describe was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use describe language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

6. Compare

Compare belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

because, so, result help children represent cause and effect. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of compare includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether compare was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use compare language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

7. Explain

Explain belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

identify usually asks for naming or selecting rather than extended explanation. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of explain includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether explain was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use explain language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

8. Predict

Predict belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

predict should be tied to evidence or a pattern rather than a random guess. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of predict includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether predict was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use predict language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

9. Observe

Observe belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

compare can be used when discussing two characters, two shapes or two materials. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of observe includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether observe was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use observe language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

10. Record

Record belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

explain asks for a reason or relationship, not simply a longer answer. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of record includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether record was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use record language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

11. Sequence Language

Sequence Language belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

observe directs a learner to notice carefully before making a conclusion. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of sequence language includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether sequence language was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use sequence language language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

12. Cause-and-Effect Language

Cause-and-Effect Language belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

difference can carry an everyday meaning and a mathematical meaning. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of cause-and-effect language includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether cause-and-effect language was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use cause-and-effect language language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

13. Similarity and Difference Language

Similarity and Difference Language belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

first, next, after, finally organise procedures, retells and explanations. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of similarity and difference language includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether similarity and difference language was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use similarity and difference language language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

14. Quantity and Comparison Language

Quantity and Comparison Language belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

because, so, result help children represent cause and effect. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of quantity and comparison language includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether quantity and comparison language was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use quantity and comparison language language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

15. Mathematics Academic Vocabulary

Mathematics Academic Vocabulary belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

identify usually asks for naming or selecting rather than extended explanation. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of mathematics academic vocabulary includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether mathematics academic vocabulary was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use mathematics academic vocabulary language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

16. Science Academic Vocabulary

Science Academic Vocabulary belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

predict should be tied to evidence or a pattern rather than a random guess. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of science academic vocabulary includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether science academic vocabulary was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use science academic vocabulary language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

17. Reading-Comprehension Vocabulary

Reading-Comprehension Vocabulary belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

compare can be used when discussing two characters, two shapes or two materials. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of reading-comprehension vocabulary includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether reading-comprehension vocabulary was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use reading-comprehension vocabulary language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

18. Writing Vocabulary

Writing Vocabulary belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

explain asks for a reason or relationship, not simply a longer answer. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of writing vocabulary includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether writing vocabulary was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use writing vocabulary language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

19. Question Vocabulary

Question Vocabulary belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

observe directs a learner to notice carefully before making a conclusion. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of question vocabulary includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether question vocabulary was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use question vocabulary language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

20. Academic Phrases and Collocations

Academic Phrases and Collocations belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

difference can carry an everyday meaning and a mathematical meaning. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of academic phrases and collocations includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether academic phrases and collocations was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use academic phrases and collocations language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

21. Oral Academic Language

Oral Academic Language belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

first, next, after, finally organise procedures, retells and explanations. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of oral academic language includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether oral academic language was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use oral academic language language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

22. Listening to Academic Language

Listening to Academic Language belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

because, so, result help children represent cause and effect. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of listening to academic language includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether listening to academic language was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use listening to academic language language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

23. Cross-Subject Vocabulary

Cross-Subject Vocabulary belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

identify usually asks for naming or selecting rather than extended explanation. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of cross-subject vocabulary includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether cross-subject vocabulary was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use cross-subject vocabulary language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

24. Multiple Meanings in School Words

Multiple Meanings in School Words belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

predict should be tied to evidence or a pattern rather than a random guess. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of multiple meanings in school words includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether multiple meanings in school words was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use multiple meanings in school words language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

25. Academic Word Families

Academic Word Families belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

compare can be used when discussing two characters, two shapes or two materials. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of academic word families includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether academic word families was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use academic word families language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

26. Spelling and Recognition of School Words

Spelling and Recognition of School Words belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

explain asks for a reason or relationship, not simply a longer answer. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of spelling and recognition of school words includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether spelling and recognition of school words was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use spelling and recognition of school words language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

27. Retrieval and Spacing

Retrieval and Spacing belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

observe directs a learner to notice carefully before making a conclusion. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of retrieval and spacing includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether retrieval and spacing was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use retrieval and spacing language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

28. Multilingual Learners and Academic Language

Multilingual Learners and Academic Language belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

difference can carry an everyday meaning and a mathematical meaning. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of multilingual learners and academic language includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether multilingual learners and academic language was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use multilingual learners and academic language language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

29. Home Support for School Vocabulary

Home Support for School Vocabulary belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

first, next, after, finally organise procedures, retells and explanations. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of home support for school vocabulary includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether home support for school vocabulary was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use home support for school vocabulary language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

30. Small-Group Academic Vocabulary Teaching

Small-Group Academic Vocabulary Teaching belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

because, so, result help children represent cause and effect. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of small-group academic vocabulary teaching includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether small-group academic vocabulary teaching was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use small-group academic vocabulary teaching language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

31. Assessing Academic Vocabulary

Assessing Academic Vocabulary belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

identify usually asks for naming or selecting rather than extended explanation. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of assessing academic vocabulary includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether assessing academic vocabulary was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use assessing academic vocabulary language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

32. What Academic Vocabulary Mastery Looks Like

What Academic Vocabulary Mastery Looks Like belongs inside Primary 2 vocabulary because school success depends on understanding what language is asking the learner to do. Academic words may look ordinary, but their classroom function can be precise. A child who understands the topic but misunderstands the task word can still give an answer that misses the question.

predict should be tied to evidence or a pattern rather than a random guess. This kind of example shows why academic vocabulary should be taught through real school actions rather than through definitions alone. The word becomes useful when the learner can connect its meaning to a type of attention, reasoning or response.

A strong representation of what academic vocabulary mastery looks like includes more than a synonym. The learner benefits from hearing the word in teacher talk, seeing it in instructions, paraphrasing it in familiar language, using it orally and later recognising it in a different subject. These repeated routes create a more durable school-language network.

Diagnostic question: can the child act correctly on the word without an adult translating it? If the learner can define the word but still performs the wrong task, the knowledge is verbal but not yet functional. If the child can perform the task but cannot recognise the written instruction, print access may be the missing link.

Common failure mode: adults may interpret every wrong response as weak subject knowledge. Before reteaching the Mathematics, Science or English content, check whether what academic vocabulary mastery looks like was understood. A vocabulary bottleneck can sit upstream of the content skill.

Teaching move: introduce the school word beside a child-friendly paraphrase, demonstrate the action, then use the academic form again. The goal is not to replace academic language with simpler wording forever; the simpler wording is a bridge that should gradually be removed.

Retrieval move: after the learner succeeds, hide the explanation and bring the word back later in a new task. Ask what it is asking the learner to do before solving the content. Retrieval should eventually become fast enough that the academic word no longer interrupts the lesson.

Cross-subject move: when appropriate, use the same word in another subject. This makes the stable core visible. The objects may change, but the reasoning operation remains related. Academic vocabulary becomes especially valuable when one word unlocks several classrooms rather than one worksheet.

Writing and speaking: ask the learner to use what academic vocabulary mastery looks like language in an oral explanation before writing. Oral rehearsal lowers spelling and handwriting demands, letting the child first organise the concept and academic phrasing. The written form can then consolidate the same language.

Transfer: mastery is strongest when the learner recognises the word in a new instruction, performs the correct operation, explains what the word required and later uses the term naturally. The target is independent school participation, not recital of a glossary.

A 12-Week Primary 2 Academic Vocabulary Programme

WeekFocusEvidence
1Classroom commandsFollow and paraphrase common instructions.
2Identify and describeDistinguish naming from describing.
3CompareState similarities and differences.
4ExplainGive reasons and relationships.
5PredictUse evidence for a future claim.
6Observe and recordSeparate evidence from explanation.
7Sequence wordsOrder events and procedures.
8Mathematics languageInterpret quantity and relationship words.
9Science languageUse general academic verbs.
10Reading and writing termsUnderstand recurring literacy vocabulary.
11Cross-subject transferUse the same school words in new subjects.
12Delayed auditAct on task words without prompts.

Keep the programme cumulative. Words such as compare, explain, observe and result should reappear after their focus week, because school language is useful precisely when it remains available across time and subject changes. Short repeated use is more powerful than one long definition lesson.

If a learner struggles, reduce the number of target words and increase oral paraphrase, modelling and repeated task use. If a learner progresses quickly, deepen precision: compare near task words, vary question format and require independent explanation of why one academic word fits better than another.

Teaching Labs

1. Task-Word Sort

Task-Word Sort turns academic vocabulary into an observable action. Give a short task, ask the learner to identify the key school word, explain what it requires and then perform the task. After success, alter the topic while keeping the language function similar so the learner must transfer the word rather than memorise one example.

Revisit the lab after a delay with less support. Record whether the learner recognised the school word, paraphrased it, acted on it, used it orally and retained it. This five-stage record is more useful than a single mark because it identifies the first unstable part of the academic-language chain.

2. Instruction Paraphrase

Instruction Paraphrase turns academic vocabulary into an observable action. Give a short task, ask the learner to identify the key school word, explain what it requires and then perform the task. After success, alter the topic while keeping the language function similar so the learner must transfer the word rather than memorise one example.

Revisit the lab after a delay with less support. Record whether the learner recognised the school word, paraphrased it, acted on it, used it orally and retained it. This five-stage record is more useful than a single mark because it identifies the first unstable part of the academic-language chain.

3. Cross-Subject Compare

Cross-Subject Compare turns academic vocabulary into an observable action. Give a short task, ask the learner to identify the key school word, explain what it requires and then perform the task. After success, alter the topic while keeping the language function similar so the learner must transfer the word rather than memorise one example.

Revisit the lab after a delay with less support. Record whether the learner recognised the school word, paraphrased it, acted on it, used it orally and retained it. This five-stage record is more useful than a single mark because it identifies the first unstable part of the academic-language chain.

4. Explain With Because

Explain With Because turns academic vocabulary into an observable action. Give a short task, ask the learner to identify the key school word, explain what it requires and then perform the task. After success, alter the topic while keeping the language function similar so the learner must transfer the word rather than memorise one example.

Revisit the lab after a delay with less support. Record whether the learner recognised the school word, paraphrased it, acted on it, used it orally and retained it. This five-stage record is more useful than a single mark because it identifies the first unstable part of the academic-language chain.

5. Prediction Evidence

Prediction Evidence turns academic vocabulary into an observable action. Give a short task, ask the learner to identify the key school word, explain what it requires and then perform the task. After success, alter the topic while keeping the language function similar so the learner must transfer the word rather than memorise one example.

Revisit the lab after a delay with less support. Record whether the learner recognised the school word, paraphrased it, acted on it, used it orally and retained it. This five-stage record is more useful than a single mark because it identifies the first unstable part of the academic-language chain.

6. Observation vs Inference

Observation vs Inference turns academic vocabulary into an observable action. Give a short task, ask the learner to identify the key school word, explain what it requires and then perform the task. After success, alter the topic while keeping the language function similar so the learner must transfer the word rather than memorise one example.

Revisit the lab after a delay with less support. Record whether the learner recognised the school word, paraphrased it, acted on it, used it orally and retained it. This five-stage record is more useful than a single mark because it identifies the first unstable part of the academic-language chain.

7. Math Language Repair

Math Language Repair turns academic vocabulary into an observable action. Give a short task, ask the learner to identify the key school word, explain what it requires and then perform the task. After success, alter the topic while keeping the language function similar so the learner must transfer the word rather than memorise one example.

Revisit the lab after a delay with less support. Record whether the learner recognised the school word, paraphrased it, acted on it, used it orally and retained it. This five-stage record is more useful than a single mark because it identifies the first unstable part of the academic-language chain.

8. Science Phrase Bank

Science Phrase Bank turns academic vocabulary into an observable action. Give a short task, ask the learner to identify the key school word, explain what it requires and then perform the task. After success, alter the topic while keeping the language function similar so the learner must transfer the word rather than memorise one example.

Revisit the lab after a delay with less support. Record whether the learner recognised the school word, paraphrased it, acted on it, used it orally and retained it. This five-stage record is more useful than a single mark because it identifies the first unstable part of the academic-language chain.

9. Question-Word Match

Question-Word Match turns academic vocabulary into an observable action. Give a short task, ask the learner to identify the key school word, explain what it requires and then perform the task. After success, alter the topic while keeping the language function similar so the learner must transfer the word rather than memorise one example.

Revisit the lab after a delay with less support. Record whether the learner recognised the school word, paraphrased it, acted on it, used it orally and retained it. This five-stage record is more useful than a single mark because it identifies the first unstable part of the academic-language chain.

10. Academic Retell

Academic Retell turns academic vocabulary into an observable action. Give a short task, ask the learner to identify the key school word, explain what it requires and then perform the task. After success, alter the topic while keeping the language function similar so the learner must transfer the word rather than memorise one example.

Revisit the lab after a delay with less support. Record whether the learner recognised the school word, paraphrased it, acted on it, used it orally and retained it. This five-stage record is more useful than a single mark because it identifies the first unstable part of the academic-language chain.

11. Delayed Task Recall

Delayed Task Recall turns academic vocabulary into an observable action. Give a short task, ask the learner to identify the key school word, explain what it requires and then perform the task. After success, alter the topic while keeping the language function similar so the learner must transfer the word rather than memorise one example.

Revisit the lab after a delay with less support. Record whether the learner recognised the school word, paraphrased it, acted on it, used it orally and retained it. This five-stage record is more useful than a single mark because it identifies the first unstable part of the academic-language chain.

12. School-Language Audit

School-Language Audit turns academic vocabulary into an observable action. Give a short task, ask the learner to identify the key school word, explain what it requires and then perform the task. After success, alter the topic while keeping the language function similar so the learner must transfer the word rather than memorise one example.

Revisit the lab after a delay with less support. Record whether the learner recognised the school word, paraphrased it, acted on it, used it orally and retained it. This five-stage record is more useful than a single mark because it identifies the first unstable part of the academic-language chain.

Frequently Asked Questions

What is academic vocabulary?

Academic vocabulary is language used to learn, think and communicate in school, including task words, general academic words and subject vocabulary.

For a stronger check, change the subject or task format and remove the original explanation. If the learner still understands what the academic word requires, the knowledge is becoming transferable.

Is academic vocabulary just difficult vocabulary?

No. Many high-value school words are common-looking words such as compare, explain, result and observe.

For a stronger check, change the subject or task format and remove the original explanation. If the learner still understands what the academic word requires, the knowledge is becoming transferable.

Why teach task words?

Because a learner can know the content yet answer incorrectly if the instruction word is misunderstood.

For a stronger check, change the subject or task format and remove the original explanation. If the learner still understands what the academic word requires, the knowledge is becoming transferable.

What words travel across subjects?

Compare, explain, observe, sequence, result and similar are examples of words with wide school utility.

For a stronger check, change the subject or task format and remove the original explanation. If the learner still understands what the academic word requires, the knowledge is becoming transferable.

How does academic vocabulary help Mathematics?

It clarifies quantity, relationships, operations and what a word problem is asking.

For a stronger check, change the subject or task format and remove the original explanation. If the learner still understands what the academic word requires, the knowledge is becoming transferable.

How does it help Science?

It supports observation, classification, comparison, measurement, explanation and reporting.

For a stronger check, change the subject or task format and remove the original explanation. If the learner still understands what the academic word requires, the knowledge is becoming transferable.

Should every subject word be memorised?

No. Prioritise recurring, transferable words and teach specialised terms when the concept requires them.

For a stronger check, change the subject or task format and remove the original explanation. If the learner still understands what the academic word requires, the knowledge is becoming transferable.

How should academic vocabulary be assessed?

Use real tasks, paraphrasing and cross-subject transfer rather than definitions alone.

For a stronger check, change the subject or task format and remove the original explanation. If the learner still understands what the academic word requires, the knowledge is becoming transferable.

How can parents help?

Ask children to explain school instruction words in everyday language and then use the academic word again.

For a stronger check, change the subject or task format and remove the original explanation. If the learner still understands what the academic word requires, the knowledge is becoming transferable.

What is mastery?

The learner understands and acts on important school language with decreasing support across new tasks.

For a stronger check, change the subject or task format and remove the original explanation. If the learner still understands what the academic word requires, the knowledge is becoming transferable.

Extended Teaching Notes

Extension — Academic Vocabulary at Primary 2

Return to academic vocabulary at primary 2 after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast academic vocabulary at primary 2 with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave academic vocabulary at primary 2 with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Everyday Language and School Language

Return to everyday language and school language after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast everyday language and school language with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave everyday language and school language with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Task Words and Classroom Commands

Return to task words and classroom commands after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast task words and classroom commands with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave task words and classroom commands with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Identify

Return to identify after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast identify with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave identify with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Describe

Return to describe after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast describe with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave describe with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Compare

Return to compare after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast compare with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave compare with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Explain

Return to explain after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast explain with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave explain with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Predict

Return to predict after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast predict with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave predict with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Observe

Return to observe after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast observe with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave observe with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Record

Return to record after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast record with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave record with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Sequence Language

Return to sequence language after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast sequence language with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave sequence language with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Cause-and-Effect Language

Return to cause-and-effect language after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast cause-and-effect language with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave cause-and-effect language with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Similarity and Difference Language

Return to similarity and difference language after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast similarity and difference language with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave similarity and difference language with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Quantity and Comparison Language

Return to quantity and comparison language after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast quantity and comparison language with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave quantity and comparison language with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Mathematics Academic Vocabulary

Return to mathematics academic vocabulary after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast mathematics academic vocabulary with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave mathematics academic vocabulary with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Science Academic Vocabulary

Return to science academic vocabulary after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast science academic vocabulary with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave science academic vocabulary with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Reading-Comprehension Vocabulary

Return to reading-comprehension vocabulary after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast reading-comprehension vocabulary with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave reading-comprehension vocabulary with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Writing Vocabulary

Return to writing vocabulary after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast writing vocabulary with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave writing vocabulary with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Question Vocabulary

Return to question vocabulary after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast question vocabulary with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave question vocabulary with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Academic Phrases and Collocations

Return to academic phrases and collocations after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast academic phrases and collocations with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave academic phrases and collocations with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Oral Academic Language

Return to oral academic language after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast oral academic language with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave oral academic language with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Listening to Academic Language

Return to listening to academic language after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast listening to academic language with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave listening to academic language with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Cross-Subject Vocabulary

Return to cross-subject vocabulary after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast cross-subject vocabulary with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave cross-subject vocabulary with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Multiple Meanings in School Words

Return to multiple meanings in school words after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast multiple meanings in school words with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave multiple meanings in school words with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Academic Word Families

Return to academic word families after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast academic word families with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave academic word families with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Spelling and Recognition of School Words

Return to spelling and recognition of school words after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast spelling and recognition of school words with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave spelling and recognition of school words with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Retrieval and Spacing

Return to retrieval and spacing after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast retrieval and spacing with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave retrieval and spacing with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Multilingual Learners and Academic Language

Return to multilingual learners and academic language after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast multilingual learners and academic language with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave multilingual learners and academic language with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Home Support for School Vocabulary

Return to home support for school vocabulary after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast home support for school vocabulary with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave home support for school vocabulary with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Small-Group Academic Vocabulary Teaching

Return to small-group academic vocabulary teaching after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast small-group academic vocabulary teaching with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave small-group academic vocabulary teaching with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — Assessing Academic Vocabulary

Return to assessing academic vocabulary after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast assessing academic vocabulary with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave assessing academic vocabulary with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Extension — What Academic Vocabulary Mastery Looks Like

Return to what academic vocabulary mastery looks like after several days and ask the learner to recognise it inside a fresh instruction. Do not begin with the definition. Let the child first state what action or kind of answer is required. This tests whether the vocabulary has become functional rather than merely verbal.

Next contrast what academic vocabulary mastery looks like with a neighbouring school-language idea. Ask why one word fits the task better than another. Contrast is useful because academic vocabulary often differs by the type of thinking requested, not simply by topic. A child can therefore learn precision by comparing two plausible instructions.

Then move the word into speaking. Ask the learner to give an oral response using a useful academic phrase before writing. This creates a low-friction productive route. Once the oral language is stable, the learner can focus on spelling, punctuation and sentence structure without also searching for the academic idea.

Finally interleave what academic vocabulary mastery looks like with previously learned school words. Real classrooms do not announce which strategy is being tested. Mixed review requires the learner to inspect the instruction and select the correct language operation independently.

Deep Practice Notes

Deep practice 1: Academic Vocabulary at Primary 2

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring academic vocabulary at primary 2 back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 2: Everyday Language and School Language

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring everyday language and school language back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 3: Task Words and Classroom Commands

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring task words and classroom commands back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 4: Identify

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring identify back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 5: Describe

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring describe back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 6: Compare

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring compare back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 7: Explain

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring explain back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 8: Predict

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring predict back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 9: Observe

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring observe back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 10: Record

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring record back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 11: Sequence Language

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring sequence language back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 12: Cause-and-Effect Language

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring cause-and-effect language back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 13: Similarity and Difference Language

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring similarity and difference language back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 14: Quantity and Comparison Language

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring quantity and comparison language back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 15: Mathematics Academic Vocabulary

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring mathematics academic vocabulary back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 16: Science Academic Vocabulary

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring science academic vocabulary back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 17: Reading-Comprehension Vocabulary

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring reading-comprehension vocabulary back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 18: Writing Vocabulary

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring writing vocabulary back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 19: Question Vocabulary

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring question vocabulary back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 20: Academic Phrases and Collocations

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring academic phrases and collocations back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 21: Oral Academic Language

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring oral academic language back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 22: Listening to Academic Language

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring listening to academic language back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 23: Cross-Subject Vocabulary

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring cross-subject vocabulary back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 24: Multiple Meanings in School Words

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring multiple meanings in school words back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 25: Academic Word Families

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring academic word families back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 26: Spelling and Recognition of School Words

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring spelling and recognition of school words back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 27: Retrieval and Spacing

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring retrieval and spacing back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 28: Multilingual Learners and Academic Language

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring multilingual learners and academic language back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 29: Home Support for School Vocabulary

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring home support for school vocabulary back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 30: Small-Group Academic Vocabulary Teaching

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring small-group academic vocabulary teaching back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 31: Assessing Academic Vocabulary

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring assessing academic vocabulary back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Deep practice 32: What Academic Vocabulary Mastery Looks Like

Begin with a task the learner can already solve conceptually, then change only the academic wording. This separates subject difficulty from language difficulty. If performance changes sharply, the school word—not the underlying concept—is a likely bottleneck.

After the meaning is clear, remove the child-friendly paraphrase and keep only the academic form. Ask the learner to paraphrase it from memory, carry out the task and explain how the wording guided the response. This three-part sequence binds recognition, function and metalinguistic awareness.

Increase delay gradually. Bring what academic vocabulary mastery looks like back later in the day, several days later and in another subject. A word that works only immediately after teaching is still fragile. Delayed recovery is the evidence that it is becoming school infrastructure.

Use feedback that names the stage: ‘You recognised the word but needed help to act on it,’ or ‘You performed the task and explained the word independently.’ Precise feedback gives the learner a visible next step and keeps academic vocabulary connected to successful learning rather than abstract terminology.

Evidence and Further Reading

Final Principle

Primary 2 academic vocabulary is the operating language of school. It tells children what to notice, compare, explain, record and communicate. When that language is weak, subject knowledge can remain hidden behind misunderstood instructions.

Prioritise school words that recur and transfer. Teach them through the tasks they control, revisit them across subjects, retrieve them after delays and judge mastery by independent action rather than definition recall.

Return to the Primary 2 vocabulary apex guide, the Top 100 Primary 2 Academic Vocabulary list or the Vocabulary Learning Hub.

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