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A Level Physics revision and smart practice for OCR A and AQA

Practise exam-style questions and get instant, examiner-style feedback on every answer.

Built for OCR A (H556) & AQA (7408) Teacher-written Interactive simulations

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Try a selection of PhysicsUK features without an account. These are curated examples to help you explore what we offer.

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Explore example papers, problems, quizzes and free resources.

Moving up a stage? Browse the OCR A & AQA transition guides (GCSE to AS and AS to A Level). Looking for revision routes? Start with OCR A Level Physics revision, A Level Physics MCQ practice, or A Level Physics problem solving practice.


PhysicsUK Membership

The guest tools are the taster. Membership is the whole thing.

Guests get a handful of examples. Members get every tool, unlimited — and every answer they write is marked like an examiner and turned into a personal plan for the exam.

Free guest vs member
What you get Free guest Member
Practice tools A few curated examples Unlimited ExamBOT, ProblemBOT, QWC, MCQ, EquationBOT & Definitions
Marking & feedback Sample feedback only Every answer marked to the mark scheme — typed or handwritten
Your work Not saved Saved, editable and resumable on any device
Exam readiness Readiness vs your target grade, broken down by skill
Revision plan “Do this next” + adaptive review of what you missed
Weak-spot memory Tracked over time and rebuilt into your practice
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No school account needed · One login for every tool · Works on tablet, laptop & phone

Daily Question

Test your physics knowledge with a real daily question. Pick your level and give it a go!

AS · SUVAT problems (Module 3.1.1 Motion)

A car on a dry road brakes with a steady deceleration. From 15 m/s it takes 20 m to come to rest. Under the same conditions, what is the stopping distance from 30 m/s (ignore reaction time)?

A2 · DC circuits (Module 6.1.1): internal resistance, terminal p.d., meter loading (qualitative)

In a lab, a student connects a digital voltmeter directly across the terminals of a cell to “measure its emf”. The cell has noticeable internal resistance, and the voltmeter’s input resistance is large but finite. Which statement must be true about the voltmeter reading, and why?

Supporting learning tools

Optional interactive applications designed to support teaching and independent study.

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