- CP1Motion — distance/time/displacement, speed, velocity, acceleration, distance-time and velocity-time graphs, equations of motion
- CP10Magnetism and the motor effect — magnetic fields, electromagnets, motor effect, Fleming's left-hand rule
- CP11Electromagnetic induction — generators, transformers, microphones, dynamos
- CP12Particle model and pressure — kinetic theory, density, internal energy, gas pressure, p1V1=p2V2
- CP2Forces and motion — Newton's laws, mass vs weight, momentum, terminal velocity, stopping distances
- CP3Conservation of energy — KE, GPE, EPE, energy stores, efficiency, dissipation, Sankey diagrams
- CP4Waves — transverse vs longitudinal, v=fλ, EM spectrum, refraction, reflection, sound waves, ultrasound
- CP5Light and the EM spectrum — refractive index, lenses, ray diagrams, types of waves and their uses
- CP6Radioactivity — alpha/beta/gamma, half-life, irradiation vs contamination, fission and fusion
- CP7Astronomy — life cycle of stars, our solar system, redshift, Big Bang theory
- CP8Energy — forces, doing work, power, energy in everyday life, power stations, the National Grid
- CP9Electricity and circuits — current, p.d., resistance, series vs parallel, IV characteristics, Ohm's law