Build language into safe, thoughtful practical work.
Science: “The temperature rose from 22 °C to 28 °C” records evidence; a conclusion must then connect the rise to energy transfer and consider limitations.
Identify the language needed before, during and after one practical task.
Connect equipment names and safety language to real objects.
Model one instruction and ask learners to demonstrate it.
Rehearse an observation using quantities, units and sequence.
Use the observations to explain and evaluate the result.
Remove the observation frame while retaining safety instructions and essential technical terms.
Keep the subject challenge. Offer one model, visual or language prompt where needed, then check a fresh independent response.
Identify the language needed before, during and after one practical task.
Connect equipment names and safety language to real objects. Model one instruction and ask learners to demonstrate it.
Ask learners to distinguish an observation from an explanation and identify one possible measurement limitation.
Remove the observation frame while retaining safety instructions and essential technical terms.
Ask learners to distinguish an observation from an explanation and identify one possible measurement limitation.
Adapt these prompts to the task and your learners.
Our purpose is: Build language into safe, thoughtful practical work.
Which detail supports your explanation? Show me how you know.
Try the new case on your own. Show the detail or reasoning that supports your answer.
Which support do you still need, and which part can you now do independently?
Maths: communicate measurements and units during a construction task.
Humanities: record fieldwork observations separately from interpretations.
Use a small word bank, visuals and partner rehearsal when needed. Extend with precise explanations and qualifications. Judge the support from the response to this task.
Keep the strategy. Change the subject.
Use a measured temperature change to distinguish recording from concluding.
The temperature rose from 22 °C to 28 °C; the conclusion must relate this evidence to the investigation’s energy transfers.
Separate an accurate observation from its explanation, then check units, sequence and evidence.
Record fieldwork observations separately from explanations.
We counted more pedestrians near the station; access to transport is a possible explanation to investigate.
Separate an accurate observation from its explanation, then check units, sequence and evidence.
After a performance task, describe an observed action before interpreting its effect.
The actor paused before answering, which may have made the hesitation more noticeable.
Separate an accurate observation from its explanation, then check units, sequence and evidence.
During a construction task, communicate measurements with units.
The segment is 6 cm long; I used the ruler’s zero mark and checked the endpoint before drawing.
Separate an accurate observation from its explanation, then check units, sequence and evidence.