What is Primary 6 Vocabulary | Measurement, Units, Estimation, Accuracy and Precision Language

Primary 6 measurement vocabulary is the language students use to connect quantities to units, scales, instruments and degrees of certainty. Families searching for Grade 6 measurement vocabulary, units of measurement words, estimate vs exact, accuracy vs precision, measurement terms and 6th grade Science and Math vocabulary are dealing with language that directly affects whether numerical answers are meaningful.

Singapore’s Primary Mathematics syllabus includes measurement and appropriate units across time, area, perimeter, volume and related problem solving, while Primary Science asks learners to observe, measure, compare and analyse evidence. A number without its unit may be unusable; an estimated value should not be written with false exactness; and accuracy and precision describe different qualities of measurement even though everyday speech often treats them as synonyms.

This guide builds a Primary 6 measurement-language system. It explains quantity, unit, instrument, scale, interval, reading, estimate, approximate, exact, accuracy, precision, error, range and reasonable checking. The goal is measurement meaning: understand what the number represents, how it was obtained and how confidently it should be reported.

The 50-second router

1. Name the quantity being measured.
2. Choose or read the unit.
3. Identify the instrument or scale.
4. Decide whether the value is exact, measured or estimated.
5. Record to an appropriate level of precision.
6. Check whether the value is reasonable for the context.

Numbers need quantities

A value such as 12 is incomplete until the learner knows whether it represents centimetres, minutes, grams, degrees or something else.

For quantities and ratios, use Primary 6 Quantity, Ratio and Percentage Vocabulary. For data interpretation, use Primary 6 Data, Graph and Trend Vocabulary.

Units are part of meaning

Changing the unit changes the numerical representation. Correct conversion requires both mathematical and lexical control.

For quantities and ratios, use Primary 6 Quantity, Ratio and Percentage Vocabulary. For data interpretation, use Primary 6 Data, Graph and Trend Vocabulary.

Scales have intervals

A reader must understand the value between adjacent marks before recording a measurement.

For quantities and ratios, use Primary 6 Quantity, Ratio and Percentage Vocabulary. For data interpretation, use Primary 6 Data, Graph and Trend Vocabulary.

Estimation is purposeful approximation

An estimate is not a random guess; it uses available information to produce a reasonable approximate value.

For quantities and ratios, use Primary 6 Quantity, Ratio and Percentage Vocabulary. For data interpretation, use Primary 6 Data, Graph and Trend Vocabulary.

Exact and measured values differ

Some mathematical counts can be exact while physical measurements are limited by instruments and procedures.

For quantities and ratios, use Primary 6 Quantity, Ratio and Percentage Vocabulary. For data interpretation, use Primary 6 Data, Graph and Trend Vocabulary.

Accuracy concerns closeness to a target or true value

A measurement can be consistently off target even if repeated readings cluster closely.

For quantities and ratios, use Primary 6 Quantity, Ratio and Percentage Vocabulary. For data interpretation, use Primary 6 Data, Graph and Trend Vocabulary.

Precision concerns resolution or repeatability

A precise-looking number is not automatically accurate. Extra decimal places can create false confidence.

For quantities and ratios, use Primary 6 Quantity, Ratio and Percentage Vocabulary. For data interpretation, use Primary 6 Data, Graph and Trend Vocabulary.

Measurement error has sources

Instrument limits, reading angle, procedure and environmental conditions can affect results.

For quantities and ratios, use Primary 6 Quantity, Ratio and Percentage Vocabulary. For data interpretation, use Primary 6 Data, Graph and Trend Vocabulary.

Reasonableness checks catch unit errors

An answer that is mathematically computed but physically implausible may reveal a wrong unit or conversion.

For quantities and ratios, use Primary 6 Quantity, Ratio and Percentage Vocabulary. For data interpretation, use Primary 6 Data, Graph and Trend Vocabulary.

Area and volume require unit language

Square and cubic units encode dimensional meaning and should not be treated as decorative symbols.

For quantities and ratios, use Primary 6 Quantity, Ratio and Percentage Vocabulary. For data interpretation, use Primary 6 Data, Graph and Trend Vocabulary.

Time measurement needs reference points

Duration differs from start and finish time, and 24-hour notation changes representation without changing elapsed time.

For quantities and ratios, use Primary 6 Quantity, Ratio and Percentage Vocabulary. For data interpretation, use Primary 6 Data, Graph and Trend Vocabulary.

Science language should reflect evidence quality

When measurements vary, conclusions should acknowledge uncertainty rather than pretending every reading is identical.

For quantities and ratios, use Primary 6 Quantity, Ratio and Percentage Vocabulary. For data interpretation, use Primary 6 Data, Graph and Trend Vocabulary.

The eight-part measurement statement

Quantity

What is being measured? Use this as a decision point rather than a box-filling exercise; the answer should change the learner’s next sentence or reading move.

Value

What number was obtained? Use this as a decision point rather than a box-filling exercise; the answer should change the learner’s next sentence or reading move.

Unit

What unit gives the number meaning? Use this as a decision point rather than a box-filling exercise; the answer should change the learner’s next sentence or reading move.

Instrument

How was it measured? Use this as a decision point rather than a box-filling exercise; the answer should change the learner’s next sentence or reading move.

Scale

What is the smallest relevant interval? Use this as a decision point rather than a box-filling exercise; the answer should change the learner’s next sentence or reading move.

Status

Exact, measured or estimated? Use this as a decision point rather than a box-filling exercise; the answer should change the learner’s next sentence or reading move.

Quality

How accurate or precise is the reading? Use this as a decision point rather than a box-filling exercise; the answer should change the learner’s next sentence or reading move.

Reasonableness

Does it make sense in context? Use this as a decision point rather than a box-filling exercise; the answer should change the learner’s next sentence or reading move.

One hundred and twenty-five measurement laboratories

Measurement Lab 1: cause in an informational passage

A learner who lists events without causal links uses cause in an informational passage about water conservation. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 2: due to in an oral response

A learner who uses therefore without a supported result uses due to in an oral response about energy use. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 3: solution in a textbook section

A learner who uses finally before the process is complete uses solution in a textbook section about teamwork. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 4: first in a Secondary 1 preview text

A learner who chooses a solution without testing feasibility uses first in a Secondary 1 preview text about school transport. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 5: sequence in an informational passage

A learner who recommends an option without considering trade-offs uses sequence in an informational passage about food waste. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 6: area in an oral response

A learner who lists steps out of order uses area in an oral response about public spaces. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 7: disadvantage in a textbook section

A learner who identifies a problem but not its constraint uses disadvantage in a textbook section about plant growth. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 8: outcome in a Secondary 1 preview text

A learner who treats every drawback as equally important uses outcome in a Secondary 1 preview text about digital safety. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 9: reason in an informational passage

A learner who suggests a solution that does not address the cause uses reason in an informational passage about study time. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 10: factor in an oral response

A learner who uses efficient and effective as synonyms uses factor in an oral response about recycling. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 11: option in a textbook section

A learner who lists advantages without criteria uses option in a textbook section about classroom noise. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 12: then in a Secondary 1 preview text

A learner who confuses a symptom with the problem uses then in a Secondary 1 preview text about healthy sleep. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 13: repeat in an informational passage

A learner who confuses accuracy with precision uses repeat in an informational passage about sports training. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 14: mass in an oral response

A learner who uses precise language for an imprecise reading uses mass in an oral response about biodiversity. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 15: trade-off in a textbook section

A learner who states one cause as the only cause uses trade-off in a textbook section about technology use. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 16: efficient in a Secondary 1 preview text

A learner who uses after and before inconsistently uses efficient in a Secondary 1 preview text about weather. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 17: consequence in an informational passage

A learner who gives a number without a unit uses consequence in an informational passage about exercise. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 18: contribute in an oral response

A learner who uses because when only sequence is shown uses contribute in an oral response about community projects. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 19: strategy in a textbook section

A learner who describes a procedure without naming the goal uses strategy in a textbook section about reading habits. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 20: before in a Secondary 1 preview text

A learner who confuses exact measurement with estimation uses before in a Secondary 1 preview text about financial decisions. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 21: unit in an informational passage

A learner who lists events without causal links uses unit in an informational passage about water conservation. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 22: temperature in an oral response

A learner who uses therefore without a supported result uses temperature in an oral response about energy use. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 23: gain in a textbook section

A learner who uses finally before the process is complete uses gain in a textbook section about teamwork. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 24: sustainable in a Secondary 1 preview text

A learner who chooses a solution without testing feasibility uses sustainable in a Secondary 1 preview text about school transport. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 25: therefore in an informational passage

A learner who recommends an option without considering trade-offs uses therefore in an informational passage about food waste. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 26: enable in an oral response

A learner who lists steps out of order uses enable in an oral response about public spaces. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 27: improve in a textbook section

A learner who identifies a problem but not its constraint uses improve in a textbook section about plant growth. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 28: stage in a Secondary 1 preview text

A learner who treats every drawback as equally important uses stage in a Secondary 1 preview text about digital safety. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 29: exact in an informational passage

A learner who suggests a solution that does not address the cause uses exact in an informational passage about study time. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 30: scale in an oral response

A learner who uses efficient and effective as synonyms uses scale in an oral response about recycling. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 31: priority in a textbook section

A learner who lists advantages without criteria uses priority in a textbook section about classroom noise. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 32: evaluate in a Secondary 1 preview text

A learner who confuses a symptom with the problem uses evaluate in a Secondary 1 preview text about healthy sleep. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 33: hence in an informational passage

A learner who confuses accuracy with precision uses hence in an informational passage about sports training. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 34: issue in an oral response

A learner who uses precise language for an imprecise reading uses issue in an oral response about biodiversity. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 35: resolve in a textbook section

A learner who states one cause as the only cause uses resolve in a textbook section about technology use. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 36: phase in a Secondary 1 preview text

A learner who uses after and before inconsistently uses phase in a Secondary 1 preview text about weather. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 37: precision in an informational passage

A learner who gives a number without a unit uses precision in an informational passage about exercise. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 38: benefit in an oral response

A learner who uses because when only sequence is shown uses benefit in an oral response about community projects. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 39: choice in a textbook section

A learner who describes a procedure without naming the goal uses choice in a textbook section about reading habits. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 40: recommend in a Secondary 1 preview text

A learner who confuses exact measurement with estimation uses recommend in a Secondary 1 preview text about financial decisions. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 41: results in in an informational passage

A learner who lists events without causal links uses results in in an informational passage about water conservation. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 42: difficulty in an oral response

A learner who uses therefore without a supported result uses difficulty in an oral response about energy use. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 43: constraint in a textbook section

A learner who uses finally before the process is complete uses constraint in a textbook section about teamwork. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 44: procedure in a Secondary 1 preview text

A learner who chooses a solution without testing feasibility uses procedure in a Secondary 1 preview text about school transport. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 45: length in an informational passage

A learner who recommends an option without considering trade-offs uses length in an informational passage about food waste. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 46: drawback in an oral response

A learner who lists steps out of order uses drawback in an oral response about public spaces. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 47: impact in a textbook section

A learner who identifies a problem but not its constraint uses impact in a textbook section about plant growth. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 48: effect in a Secondary 1 preview text

A learner who treats every drawback as equally important uses effect in a Secondary 1 preview text about digital safety. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 49: influence in an informational passage

A learner who suggests a solution that does not address the cause uses influence in an informational passage about study time. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 50: response in an oral response

A learner who uses efficient and effective as synonyms uses response in an oral response about recycling. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 51: next in a textbook section

A learner who lists advantages without criteria uses next in a textbook section about classroom noise. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 52: cycle in a Secondary 1 preview text

A learner who confuses a symptom with the problem uses cycle in a Secondary 1 preview text about healthy sleep. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 53: volume in an informational passage

A learner who confuses accuracy with precision uses volume in an informational passage about sports training. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 54: limitation in an oral response

A learner who uses precise language for an imprecise reading uses limitation in an oral response about biodiversity. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 55: effective in a textbook section

A learner who states one cause as the only cause uses effective in a textbook section about technology use. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 56: result in a Secondary 1 preview text

A learner who uses after and before inconsistently uses result in a Secondary 1 preview text about weather. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 57: trigger in an informational passage

A learner who gives a number without a unit uses trigger in an informational passage about exercise. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 58: approach in an oral response

A learner who uses because when only sequence is shown uses approach in an oral response about community projects. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 59: after in a textbook section

A learner who describes a procedure without naming the goal uses after in a textbook section about reading habits. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 60: measure in a Secondary 1 preview text

A learner who confuses exact measurement with estimation uses measure in a Secondary 1 preview text about financial decisions. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 61: time in an informational passage

A learner who lists events without causal links uses time in an informational passage about water conservation. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 62: cost in an oral response

A learner who uses therefore without a supported result uses cost in an oral response about energy use. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 63: feasible in a textbook section

A learner who uses finally before the process is complete uses feasible in a textbook section about teamwork. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 64: because in a Secondary 1 preview text

A learner who chooses a solution without testing feasibility uses because in a Secondary 1 preview text about school transport. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 65: prevent in an informational passage

A learner who recommends an option without considering trade-offs uses prevent in an informational passage about food waste. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 66: remedy in an oral response

A learner who lists steps out of order uses remedy in an oral response about public spaces. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 67: finally in a textbook section

A learner who identifies a problem but not its constraint uses finally in a textbook section about plant growth. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 68: estimate in a Secondary 1 preview text

A learner who treats every drawback as equally important uses estimate in a Secondary 1 preview text about digital safety. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 69: interval in an informational passage

A learner who suggests a solution that does not address the cause uses interval in an informational passage about study time. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 70: risk in an oral response

A learner who uses efficient and effective as synonyms uses risk in an oral response about recycling. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 71: compare in a textbook section

A learner who lists advantages without criteria uses compare in a textbook section about classroom noise. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 72: thus in a Secondary 1 preview text

A learner who confuses a symptom with the problem uses thus in a Secondary 1 preview text about healthy sleep. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 73: problem in an informational passage

A learner who confuses accuracy with precision uses problem in an informational passage about sports training. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 74: reduce in an oral response

A learner who uses precise language for an imprecise reading uses reduce in an oral response about biodiversity. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 75: step in a textbook section

A learner who states one cause as the only cause uses step in a textbook section about technology use. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 76: approximate in a Secondary 1 preview text

A learner who uses after and before inconsistently uses approximate in a Secondary 1 preview text about weather. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 77: reading in an informational passage

A learner who gives a number without a unit uses reading in an informational passage about exercise. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 78: criterion in an oral response

A learner who uses because when only sequence is shown uses criterion in an oral response about community projects. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 79: justify in a textbook section

A learner who describes a procedure without naming the goal uses justify in a textbook section about reading habits. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 80: leads to in a Secondary 1 preview text

A learner who confuses exact measurement with estimation uses leads to in a Secondary 1 preview text about financial decisions. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 81: challenge in an informational passage

A learner who lists events without causal links uses challenge in an informational passage about water conservation. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 82: limitation in an oral response

A learner who uses therefore without a supported result uses limitation in an oral response about energy use. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 83: process in a textbook section

A learner who uses finally before the process is complete uses process in a textbook section about teamwork. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 84: accuracy in a Secondary 1 preview text

A learner who chooses a solution without testing feasibility uses accuracy in a Secondary 1 preview text about school transport. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 85: advantage in an informational passage

A learner who recommends an option without considering trade-offs uses advantage in an informational passage about food waste. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 86: alternative in an oral response

A learner who lists steps out of order uses alternative in an oral response about public spaces. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 87: cause in a textbook section

A learner who identifies a problem but not its constraint uses cause in a textbook section about plant growth. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 88: due to in a Secondary 1 preview text

A learner who treats every drawback as equally important uses due to in a Secondary 1 preview text about digital safety. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 89: solution in an informational passage

A learner who suggests a solution that does not address the cause uses solution in an informational passage about study time. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 90: first in an oral response

A learner who uses efficient and effective as synonyms uses first in an oral response about recycling. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 91: sequence in a textbook section

A learner who lists advantages without criteria uses sequence in a textbook section about classroom noise. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 92: area in a Secondary 1 preview text

A learner who confuses a symptom with the problem uses area in a Secondary 1 preview text about healthy sleep. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 93: disadvantage in an informational passage

A learner who confuses accuracy with precision uses disadvantage in an informational passage about sports training. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 94: outcome in an oral response

A learner who uses precise language for an imprecise reading uses outcome in an oral response about biodiversity. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 95: reason in a textbook section

A learner who states one cause as the only cause uses reason in a textbook section about technology use. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 96: factor in a Secondary 1 preview text

A learner who uses after and before inconsistently uses factor in a Secondary 1 preview text about weather. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 97: option in an informational passage

A learner who gives a number without a unit uses option in an informational passage about exercise. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 98: then in an oral response

A learner who uses because when only sequence is shown uses then in an oral response about community projects. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 99: repeat in a textbook section

A learner who describes a procedure without naming the goal uses repeat in a textbook section about reading habits. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 100: mass in a Secondary 1 preview text

A learner who confuses exact measurement with estimation uses mass in a Secondary 1 preview text about financial decisions. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 101: trade-off in an informational passage

A learner who lists events without causal links uses trade-off in an informational passage about water conservation. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 102: efficient in an oral response

A learner who uses therefore without a supported result uses efficient in an oral response about energy use. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 103: consequence in a textbook section

A learner who uses finally before the process is complete uses consequence in a textbook section about teamwork. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 104: contribute in a Secondary 1 preview text

A learner who chooses a solution without testing feasibility uses contribute in a Secondary 1 preview text about school transport. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 105: strategy in an informational passage

A learner who recommends an option without considering trade-offs uses strategy in an informational passage about food waste. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 106: before in an oral response

A learner who lists steps out of order uses before in an oral response about public spaces. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 107: unit in a textbook section

A learner who identifies a problem but not its constraint uses unit in a textbook section about plant growth. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 108: temperature in a Secondary 1 preview text

A learner who treats every drawback as equally important uses temperature in a Secondary 1 preview text about digital safety. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 109: gain in an informational passage

A learner who suggests a solution that does not address the cause uses gain in an informational passage about study time. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 110: sustainable in an oral response

A learner who uses efficient and effective as synonyms uses sustainable in an oral response about recycling. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 111: therefore in a textbook section

A learner who lists advantages without criteria uses therefore in a textbook section about classroom noise. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 112: enable in a Secondary 1 preview text

A learner who confuses a symptom with the problem uses enable in a Secondary 1 preview text about healthy sleep. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 113: improve in an informational passage

A learner who confuses accuracy with precision uses improve in an informational passage about sports training. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 114: stage in an oral response

A learner who uses precise language for an imprecise reading uses stage in an oral response about biodiversity. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 115: exact in a textbook section

A learner who states one cause as the only cause uses exact in a textbook section about technology use. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 116: scale in a Secondary 1 preview text

A learner who uses after and before inconsistently uses scale in a Secondary 1 preview text about weather. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 117: priority in an informational passage

A learner who gives a number without a unit uses priority in an informational passage about exercise. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 118: evaluate in an oral response

A learner who uses because when only sequence is shown uses evaluate in an oral response about community projects. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 119: hence in a textbook section

A learner who describes a procedure without naming the goal uses hence in a textbook section about reading habits. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 120: issue in a Secondary 1 preview text

A learner who confuses exact measurement with estimation uses issue in a Secondary 1 preview text about financial decisions. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 121: resolve in an informational passage

A learner who lists events without causal links uses resolve in an informational passage about water conservation. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 122: phase in an oral response

A learner who uses therefore without a supported result uses phase in an oral response about energy use. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 123: precision in a textbook section

A learner who uses finally before the process is complete uses precision in a textbook section about teamwork. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 124: benefit in a Secondary 1 preview text

A learner who chooses a solution without testing feasibility uses benefit in a Secondary 1 preview text about school transport. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Measurement Lab 125: choice in an informational passage

A learner who recommends an option without considering trade-offs uses choice in an informational passage about food waste. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible.

Extended fieldbook: one hundred and fifty transfer cases

Fieldbook 1: cause — water conservation

A learner who lists events without causal links uses cause in an informational passage about water conservation. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 2: enable — biodiversity

A learner who chooses a solution without testing feasibility uses enable in a process diagram about biodiversity. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 3: next — plant growth

A learner who identifies a problem but not its constraint uses next in a situational-writing email about plant growth. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 4: approximate — financial decisions

A learner who uses efficient and effective as synonyms uses approximate in a project report about financial decisions. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 5: trade-off — sports training

A learner who confuses accuracy with precision uses trade-off in a graph explanation about sports training. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 6: recommend — public spaces

A learner who uses after and before inconsistently uses recommend in a Secondary 1 preview text about public spaces. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 7: prevent — reading habits

A learner who describes a procedure without naming the goal uses prevent in a recommendation paragraph about reading habits. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 8: first — healthy sleep

A learner who uses therefore without a supported result uses first in a Science explanation about healthy sleep. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 9: exact — food waste

A learner who recommends an option without considering trade-offs uses exact in a procedure about food waste. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 10: limitation — community projects

A learner who treats every drawback as equally important uses limitation in a continuous-writing paragraph about community projects. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 11: justify — classroom noise

A learner who lists advantages without criteria uses justify in a textbook section about classroom noise. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 12: contribute — school transport

A learner who uses precise language for an imprecise reading uses contribute in a comparison paragraph about school transport. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 13: constraint — exercise

A learner who gives a number without a unit uses constraint in a comprehension passage about exercise. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 14: estimate — recycling

A learner who confuses exact measurement with estimation uses estimate in a problem-solving discussion about recycling. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 15: disadvantage — teamwork

A learner who uses finally before the process is complete uses disadvantage in a Mathematics word problem about teamwork. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 16: evaluate — weather

A learner who lists steps out of order uses evaluate in an oral response about weather. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 17: trigger — study time

A learner who suggests a solution that does not address the cause uses trigger in a class discussion about study time. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 18: limitation — energy use

A learner who confuses a symptom with the problem uses limitation in a debate about energy use. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 19: unit — technology use

A learner who states one cause as the only cause uses unit in a revision task about technology use. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 20: drawback — digital safety

A learner who uses because when only sequence is shown uses drawback in a practical investigation about digital safety. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 21: compare — water conservation

A learner who lists events without causal links uses compare in an informational passage about water conservation. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 22: factor — biodiversity

A learner who chooses a solution without testing feasibility uses factor in a process diagram about biodiversity. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 23: resolve — plant growth

A learner who identifies a problem but not its constraint uses resolve in a situational-writing email about plant growth. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 24: measure — financial decisions

A learner who uses efficient and effective as synonyms uses measure in a project report about financial decisions. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 25: advantage — sports training

A learner who confuses accuracy with precision uses advantage in a graph explanation about sports training. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 26: sustainable — public spaces

A learner who uses after and before inconsistently uses sustainable in a Secondary 1 preview text about public spaces. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 27: influence — reading habits

A learner who describes a procedure without naming the goal uses influence in a recommendation paragraph about reading habits. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 28: reduce — healthy sleep

A learner who uses therefore without a supported result uses reduce in a Science explanation about healthy sleep. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 29: repeat — food waste

A learner who recommends an option without considering trade-offs uses repeat in a procedure about food waste. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 30: benefit — community projects

A learner who treats every drawback as equally important uses benefit in a continuous-writing paragraph about community projects. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 31: feasible — classroom noise

A learner who lists advantages without criteria uses feasible in a textbook section about classroom noise. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 32: due to — school transport

A learner who uses precise language for an imprecise reading uses due to in a comparison paragraph about school transport. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 33: improve — exercise

A learner who gives a number without a unit uses improve in a comprehension passage about exercise. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 34: cycle — recycling

A learner who confuses exact measurement with estimation uses cycle in a problem-solving discussion about recycling. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 35: reading — teamwork

A learner who uses finally before the process is complete uses reading in a Mathematics word problem about teamwork. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 36: efficient — weather

A learner who lists steps out of order uses efficient in an oral response about weather. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 37: results in — study time

A learner who suggests a solution that does not address the cause uses results in in a class discussion about study time. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 38: remedy — energy use

A learner who confuses a symptom with the problem uses remedy in a debate about energy use. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 39: sequence — technology use

A learner who states one cause as the only cause uses sequence in a revision task about technology use. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 40: scale — digital safety

A learner who uses because when only sequence is shown uses scale in a practical investigation about digital safety. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 41: effective — water conservation

A learner who lists events without causal links uses effective in an informational passage about water conservation. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 42: leads to — biodiversity

A learner who chooses a solution without testing feasibility uses leads to in a process diagram about biodiversity. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 43: strategy — plant growth

A learner who identifies a problem but not its constraint uses strategy in a situational-writing email about plant growth. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 44: procedure — financial decisions

A learner who uses efficient and effective as synonyms uses procedure in a project report about financial decisions. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 45: interval — sports training

A learner who confuses accuracy with precision uses interval in a graph explanation about sports training. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 46: outcome — public spaces

A learner who uses after and before inconsistently uses outcome in a Secondary 1 preview text about public spaces. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 47: hence — reading habits

A learner who describes a procedure without naming the goal uses hence in a recommendation paragraph about reading habits. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 48: approach — healthy sleep

A learner who uses therefore without a supported result uses approach in a Science explanation about healthy sleep. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 49: process — food waste

A learner who recommends an option without considering trade-offs uses process in a procedure about food waste. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 50: temperature — community projects

A learner who treats every drawback as equally important uses temperature in a continuous-writing paragraph about community projects. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 51: impact — classroom noise

A learner who lists advantages without criteria uses impact in a textbook section about classroom noise. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 52: thus — school transport

A learner who uses precise language for an imprecise reading uses thus in a comparison paragraph about school transport. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 53: option — exercise

A learner who gives a number without a unit uses option in a comprehension passage about exercise. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 54: phase — recycling

A learner who confuses exact measurement with estimation uses phase in a problem-solving discussion about recycling. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 55: time — teamwork

A learner who uses finally before the process is complete uses time in a Mathematics word problem about teamwork. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 56: alternative — weather

A learner who lists steps out of order uses alternative in an oral response about weather. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 57: therefore — study time

A learner who suggests a solution that does not address the cause uses therefore in a class discussion about study time. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 58: response — energy use

A learner who confuses a symptom with the problem uses response in a debate about energy use. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 59: step — technology use

A learner who states one cause as the only cause uses step in a revision task about technology use. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 60: mass — digital safety

A learner who uses because when only sequence is shown uses mass in a practical investigation about digital safety. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 61: choice — water conservation

A learner who lists events without causal links uses choice in an informational passage about water conservation. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 62: because — biodiversity

A learner who chooses a solution without testing feasibility uses because in a process diagram about biodiversity. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 63: solution — plant growth

A learner who identifies a problem but not its constraint uses solution in a situational-writing email about plant growth. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 64: stage — financial decisions

A learner who uses efficient and effective as synonyms uses stage in a project report about financial decisions. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 65: volume — sports training

A learner who confuses accuracy with precision uses volume in a graph explanation about sports training. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 66: criterion — public spaces

A learner who uses after and before inconsistently uses criterion in a Secondary 1 preview text about public spaces. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 67: consequence — reading habits

A learner who describes a procedure without naming the goal uses consequence in a recommendation paragraph about reading habits. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 68: difficulty — healthy sleep

A learner who uses therefore without a supported result uses difficulty in a Science explanation about healthy sleep. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 69: finally — food waste

A learner who recommends an option without considering trade-offs uses finally in a procedure about food waste. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 70: area — community projects

A learner who treats every drawback as equally important uses area in a continuous-writing paragraph about community projects. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 71: priority — classroom noise

A learner who lists advantages without criteria uses priority in a textbook section about classroom noise. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 72: result — school transport

A learner who uses precise language for an imprecise reading uses result in a comparison paragraph about school transport. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 73: challenge — exercise

A learner who gives a number without a unit uses challenge in a comprehension passage about exercise. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 74: before — recycling

A learner who confuses exact measurement with estimation uses before in a problem-solving discussion about recycling. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 75: length — teamwork

A learner who uses finally before the process is complete uses length in a Mathematics word problem about teamwork. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 76: risk — weather

A learner who lists steps out of order uses risk in an oral response about weather. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 77: reason — study time

A learner who suggests a solution that does not address the cause uses reason in a class discussion about study time. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 78: issue — energy use

A learner who confuses a symptom with the problem uses issue in a debate about energy use. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 79: after — technology use

A learner who states one cause as the only cause uses after in a revision task about technology use. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 80: accuracy — digital safety

A learner who uses because when only sequence is shown uses accuracy in a practical investigation about digital safety. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 81: gain — water conservation

A learner who lists events without causal links uses gain in an informational passage about water conservation. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 82: effect — biodiversity

A learner who chooses a solution without testing feasibility uses effect in a process diagram about biodiversity. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 83: problem — plant growth

A learner who identifies a problem but not its constraint uses problem in a situational-writing email about plant growth. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 84: then — financial decisions

A learner who uses efficient and effective as synonyms uses then in a project report about financial decisions. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 85: precision — sports training

A learner who confuses accuracy with precision uses precision in a graph explanation about sports training. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 86: cost — public spaces

A learner who uses after and before inconsistently uses cost in a Secondary 1 preview text about public spaces. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 87: cause — reading habits

A learner who describes a procedure without naming the goal uses cause in a recommendation paragraph about reading habits. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 88: enable — healthy sleep

A learner who uses therefore without a supported result uses enable in a Science explanation about healthy sleep. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 89: next — food waste

A learner who recommends an option without considering trade-offs uses next in a procedure about food waste. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 90: approximate — community projects

A learner who treats every drawback as equally important uses approximate in a continuous-writing paragraph about community projects. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 91: trade-off — classroom noise

A learner who lists advantages without criteria uses trade-off in a textbook section about classroom noise. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 92: recommend — school transport

A learner who uses precise language for an imprecise reading uses recommend in a comparison paragraph about school transport. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 93: prevent — exercise

A learner who gives a number without a unit uses prevent in a comprehension passage about exercise. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 94: first — recycling

A learner who confuses exact measurement with estimation uses first in a problem-solving discussion about recycling. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 95: exact — teamwork

A learner who uses finally before the process is complete uses exact in a Mathematics word problem about teamwork. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 96: limitation — weather

A learner who lists steps out of order uses limitation in an oral response about weather. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 97: justify — study time

A learner who suggests a solution that does not address the cause uses justify in a class discussion about study time. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 98: contribute — energy use

A learner who confuses a symptom with the problem uses contribute in a debate about energy use. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 99: constraint — technology use

A learner who states one cause as the only cause uses constraint in a revision task about technology use. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 100: estimate — digital safety

A learner who uses because when only sequence is shown uses estimate in a practical investigation about digital safety. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 101: disadvantage — water conservation

A learner who lists events without causal links uses disadvantage in an informational passage about water conservation. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 102: evaluate — biodiversity

A learner who chooses a solution without testing feasibility uses evaluate in a process diagram about biodiversity. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 103: trigger — plant growth

A learner who identifies a problem but not its constraint uses trigger in a situational-writing email about plant growth. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 104: limitation — financial decisions

A learner who uses efficient and effective as synonyms uses limitation in a project report about financial decisions. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 105: unit — sports training

A learner who confuses accuracy with precision uses unit in a graph explanation about sports training. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 106: drawback — public spaces

A learner who uses after and before inconsistently uses drawback in a Secondary 1 preview text about public spaces. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 107: compare — reading habits

A learner who describes a procedure without naming the goal uses compare in a recommendation paragraph about reading habits. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 108: factor — healthy sleep

A learner who uses therefore without a supported result uses factor in a Science explanation about healthy sleep. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 109: resolve — food waste

A learner who recommends an option without considering trade-offs uses resolve in a procedure about food waste. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 110: measure — community projects

A learner who treats every drawback as equally important uses measure in a continuous-writing paragraph about community projects. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 111: advantage — classroom noise

A learner who lists advantages without criteria uses advantage in a textbook section about classroom noise. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 112: sustainable — school transport

A learner who uses precise language for an imprecise reading uses sustainable in a comparison paragraph about school transport. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 113: influence — exercise

A learner who gives a number without a unit uses influence in a comprehension passage about exercise. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 114: reduce — recycling

A learner who confuses exact measurement with estimation uses reduce in a problem-solving discussion about recycling. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 115: repeat — teamwork

A learner who uses finally before the process is complete uses repeat in a Mathematics word problem about teamwork. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 116: benefit — weather

A learner who lists steps out of order uses benefit in an oral response about weather. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 117: feasible — study time

A learner who suggests a solution that does not address the cause uses feasible in a class discussion about study time. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 118: due to — energy use

A learner who confuses a symptom with the problem uses due to in a debate about energy use. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 119: improve — technology use

A learner who states one cause as the only cause uses improve in a revision task about technology use. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 120: cycle — digital safety

A learner who uses because when only sequence is shown uses cycle in a practical investigation about digital safety. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 121: reading — water conservation

A learner who lists events without causal links uses reading in an informational passage about water conservation. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 122: efficient — biodiversity

A learner who chooses a solution without testing feasibility uses efficient in a process diagram about biodiversity. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 123: results in — plant growth

A learner who identifies a problem but not its constraint uses results in in a situational-writing email about plant growth. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 124: remedy — financial decisions

A learner who uses efficient and effective as synonyms uses remedy in a project report about financial decisions. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 125: sequence — sports training

A learner who confuses accuracy with precision uses sequence in a graph explanation about sports training. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 126: scale — public spaces

A learner who uses after and before inconsistently uses scale in a Secondary 1 preview text about public spaces. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 127: effective — reading habits

A learner who describes a procedure without naming the goal uses effective in a recommendation paragraph about reading habits. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 128: leads to — healthy sleep

A learner who uses therefore without a supported result uses leads to in a Science explanation about healthy sleep. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 129: strategy — food waste

A learner who recommends an option without considering trade-offs uses strategy in a procedure about food waste. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 130: procedure — community projects

A learner who treats every drawback as equally important uses procedure in a continuous-writing paragraph about community projects. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 131: interval — classroom noise

A learner who lists advantages without criteria uses interval in a textbook section about classroom noise. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 132: outcome — school transport

A learner who uses precise language for an imprecise reading uses outcome in a comparison paragraph about school transport. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 133: hence — exercise

A learner who gives a number without a unit uses hence in a comprehension passage about exercise. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 134: approach — recycling

A learner who confuses exact measurement with estimation uses approach in a problem-solving discussion about recycling. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 135: process — teamwork

A learner who uses finally before the process is complete uses process in a Mathematics word problem about teamwork. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 136: temperature — weather

A learner who lists steps out of order uses temperature in an oral response about weather. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 137: impact — study time

A learner who suggests a solution that does not address the cause uses impact in a class discussion about study time. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 138: thus — energy use

A learner who confuses a symptom with the problem uses thus in a debate about energy use. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 139: option — technology use

A learner who states one cause as the only cause uses option in a revision task about technology use. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 140: phase — digital safety

A learner who uses because when only sequence is shown uses phase in a practical investigation about digital safety. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 141: time — water conservation

A learner who lists events without causal links uses time in an informational passage about water conservation. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 142: alternative — biodiversity

A learner who chooses a solution without testing feasibility uses alternative in a process diagram about biodiversity. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 143: therefore — plant growth

A learner who identifies a problem but not its constraint uses therefore in a situational-writing email about plant growth. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 144: response — financial decisions

A learner who uses efficient and effective as synonyms uses response in a project report about financial decisions. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 145: step — sports training

A learner who confuses accuracy with precision uses step in a graph explanation about sports training. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 146: mass — public spaces

A learner who uses after and before inconsistently uses mass in a Secondary 1 preview text about public spaces. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 147: choice — reading habits

A learner who describes a procedure without naming the goal uses choice in a recommendation paragraph about reading habits. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 148: because — healthy sleep

A learner who uses therefore without a supported result uses because in a Science explanation about healthy sleep. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 149: solution — food waste

A learner who recommends an option without considering trade-offs uses solution in a procedure about food waste. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Fieldbook 150: stage — community projects

A learner who treats every drawback as equally important uses stage in a continuous-writing paragraph about community projects. Identify the quantity, value and unit before discussing the result. Determine whether the number is exact, measured or estimated and inspect the instrument or scale interval where relevant. Rewrite one sentence that shows false precision into wording that matches the available measurement quality. Then compare accuracy and precision in a simple scenario and explain why they are not the same. Finish with a reasonableness check using everyday knowledge or a nearby benchmark. The target is language that makes measurement assumptions visible. After the first response, change one important condition—topic, audience, evidence strength, unit, sequence position or decision criterion—and require the learner to revise the vocabulary rather than replay the original sentence. Record the first point where meaning or structure breaks so the next lesson targets the actual language bottleneck.

Where this fits in the eduKate Primary 6 vocabulary architecture

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

The lane remains add-only. Each page owns one distinct search and teaching job, then links to adjacent eduKate specialists rather than duplicating them.

Sources and further reading

• Reading Rockets — Teaching Text Structure.
• Reading Rockets — Implementing the Text Structure Strategy.
• Reading Rockets — Teaching Sequence.
• Reading Rockets — Transition Words.
• Reading Rockets — Supporting Scientific Language in Primary Grades.
• MOE Singapore — Primary Mathematics Syllabus.
• MOE Singapore — Primary Science Teaching & Learning Syllabus.
• MOE Singapore — English Language Syllabus 2020 Primary.
• SEAB — 2026 PSLE English Language syllabus.