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Explore practical ways to build, run, and review learning with Praktikal.

Keep prediction, measurement, and explanation in one physics lesson

A practical can end in a tidy table while the reasoning stays hidden. In Praktikal, the prediction, measurements, graph or formula, student explanation, and feedback can stay in one lesson sequence.

Physical practicalMeasure the trolley

Keep the reasoning attached to the practical

Give every stage a clear purpose, from the first prediction to the teaching decision that follows the explanation.

Before the demonstration

Collect a prediction and the reasoning behind it before the visible result makes every first answer look obvious.

During the experiment

Give each student or group a clear structure for measurements, observations, and calculations that can be compared later.

While explaining

See which model the class is using and decide whether to compare, challenge, or formalise it next.

After the practical work

Ask every student to turn the result into a claim supported by evidence, not only submit a completed table.

Using Praktikal in physics

Explore concrete teaching sequences and the Praktikal tools that collect predictions, represent evidence, and keep physical reasoning visible.

Secondary physics pupils compare evidence from a practical with their teacher.

How to structure a physics practical lesson

A practical can produce a tidy table without helping pupils connect the readings to the physics. This six-stage sequence keeps the question, evidence and next teaching decision together.

Three secondary pupils compare simple arrow cards while their teacher holds a soft ball safely at table height during a physics discussion.

How to probe and revisit physics misconceptions with prediction questions

Ask before explaining, inspect the reasoning you have actually captured, then give pupils a reason to think again.

Three secondary pupils time a small trolley beside a metre rule on a straight classroom track while their teacher points to marked positions.

How to teach motion graphs by linking movement, graph and explanation

Keep what the object does, what the graph shows and what pupils say about it in the same teaching sequence.

See submitted responses as they arrive

Collect predictions and reasoning before a demonstration, then compare submitted answers while there is still time to revisit the model.

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Create graphs and graph questions on one coordinate grid

Plot motion measurements or ask learners to construct and submit the graph themselves.

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Create circuit diagrams or turn them into a question

Build an editable circuit diagram or collect a learner-built circuit for manual review.

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Let learners draw and annotate directly on images

Ask learners to draw force arrows or annotate a practical image directly.

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Let students enter real maths and assess it symbolically

Let learners enter formulae, calculations, and structured working with the onscreen maths keyboard.

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Create editable lesson visuals with Canvas

Create editable force diagrams, ray diagrams, and annotated practical setups.

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See all Praktikal guides

Create a physics lesson that connects prediction, practical work, explanation and feedback

Bring questions, practical work, student explanations, live results, and feedback into one Praktikal lesson.

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