Review AQA GCSE Physics content

Revision of energy stores, energy transfers, and the principle of conservation of energy.

Apply energy equations to moving objects, lifting, stretching and real exam contexts.

Link useful and wasted energy transfers to power, efficiency and cost calculations.

Compare energy resources, grid supply, reliability, and environmental trade-offs.

Rebuild the core quantity relationships and use circuit diagrams confidently.

Interpret series-circuit behaviour and explain how components affect current and p.d.

Apply current splits, p.d. rules and compare series vs parallel behaviour.

Use P = IV and energy equations in appliance and mains-electricity contexts.

Plan, interpret and evaluate I-V practicals; understand linear and non-linear components.

Review charge transfer, electrostatic hazards and common misconceptions.

Use the particle model to explain solid, liquid and gas behaviour.

Link temperature change, energy input and specific heat capacity calculations.

Explain energy transfer during melting, boiling and condensation.

Connect gas pressure to particle collisions, temperature and volume.

Rebuild the nuclear model and the evidence behind changes to atomic theory.

Compare the three types of radiation, their properties and their dangers.

Use half-life ideas to interpret decay curves and calculate activity change.

Apply nuclear equations, compare fission/fusion and explain nuclear power.

Secure the force vocabulary and analyse free-body diagrams.

Use F = ma and interpret the acceleration practical with confidence.

Read and compare distance-time and velocity-time graphs and discuss motion changes.

Relate force to extension and review the limits of elastic behaviour.

Calculate moments and explain how levers and gears change force and distance.

Use pressure equations and finish with a full-topic retrieval sweep across all five areas.