The whole syllabus on one page, in Cambridge’s own structure. Every topic links to its revision page, where it is explained, diagrammed and then tested with self-marked exam questions. 24 topics and 212 questions, all free.
Read this before you revise. The paper you are entered for decides which content is examined, so the wrong revision plan wastes weeks.
| Paper | Time | Marks | What it tests |
|---|---|---|---|
| Paper 1 - Multiple Choice (Core) | 45 min | 40 marks | 40 four-option multiple-choice questions. Core content only. AO1 and AO2. |
| Paper 2 - Multiple Choice (Extended) | 45 min | 40 marks | 40 four-option multiple-choice questions. Core and Supplement content. AO1 and AO2. |
| Paper 3 - Theory (Core) | 1 h 15 min | 80 marks | Short-answer and structured questions on the Core content. AO1 and AO2. |
| Paper 4 - Theory (Extended) | 1 h 15 min | 80 marks | Short-answer and structured questions on the Core and Supplement content. AO1 and AO2. |
| Paper 5 / 6 - Practical | 1 h 15 min | 40 marks | Practical Test or Alternative to Practical, on the experimental skills in Section 4. AO3. |
AO1 is recall and understanding. AO2 is applying it to a context. AO3 is practical and investigative skills. The mark schemes on every topic page tag each question AO1 or AO2 so you can see which one you are practising.
Work down the list, or jump to whatever your teacher set tonight. Each link opens the topic page with the teaching, the diagrams and the questions.
Measuring quantities, describing motion, mass and weight, density, forces and momentum, energy, work and power, and pressure.
The kinetic particle model of matter, thermal expansion, specific heat capacity, melting and boiling, and the three ways heat is transferred.
Wave properties, reflection and refraction of light, thin lenses, dispersion, the electromagnetic spectrum and sound.
Magnetism, charge, current, resistance and power, circuit diagrams, series and parallel circuits, electrical safety, induction, generators, motors and transformers.
The nuclear model of the atom, nuclide notation, isotopes, fission and fusion, background radiation, alpha, beta and gamma emission, decay equations, half-life and radiation safety.
The Earth's rotation and orbit, the Moon's phases, the Solar System, elliptical orbits and gravitational fields, the life cycle of a star, light-years, redshift, the CMBR and the Hubble constant.
The same topics with progress tracking, so you can see what you have covered and what is left.
OpenEvery question on the site in one place. Filter by topic, command word or marks, then mark yourself.
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