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.
Read articleExplore subject-specific teaching ideas built around questions, activity, explanation, and feedback.
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.
Read articleAsk before explaining, inspect the reasoning you have actually captured, then give pupils a reason to think again.
Read articleKeep what the object does, what the graph shows and what pupils say about it in the same teaching sequence.
Read articlePut two valid methods around the same equations, then ask what each reveals and when pupils would choose it.
Read articleKeep the fixed term and rate visible across representations, then remove the cues and ask pupils to rebuild the connection.
Read articleA practical route from contextual input and closed practice to a weekend-plan discussion, teacher feedback and another attempt.
Read articleA six-stage directions task that uses Praktikal for preparation, visible written checks and feedback while pupils speak face to face.
Read articleKeep the question bounded, provenance attached and revision visible while changing the historical setting.
Read articleMove from recognition and legal eligibility to first operation and consolidation – without reducing European suffrage history to a race over who was first.
Read articleTreat observation and data as the beginning of biological thinking, not the end of the practical.
Read articleMove beyond a misconception list by collecting reasons, critiquing a representation and choosing a next teaching move.
Read articleKeep the macroscopic, particle and symbolic levels distinct enough to think with – and close enough to connect.
Read articleKeep the chemistry visible while pupils move from coefficients to quantities and a checked, interpretable answer.
Read articleBring content, student activity, live teaching, feedback, and flexible delivery into one learning experience.
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Teacher feedback
The hand is no longer in contact. Explain why Earth still exerts a force when the ball reaches the top of its path.