P1 - Forces and energy
P1.1 - Measurement, units, scalars and vectorsP1.2 - Distance, displacement, speed and velocityP1.3 - Acceleration and motion graphsP1.4 - Kinematic equations (SUVAT) and multi-stage motionP1.5 - Projectile motion and two-dimensional kinematicsP1.6 - Resultant forces and free-body diagramsP1.7 - Friction, drag, terminal velocity and stopping distanceP1.8 - Newton's laws, momentum and impulseP1.9 - Gravity, mass, weight and gravitational fieldsP1.10 - Circular motion, centripetal force and orbital motionP1.11 - Elasticity, Hooke's law and force-extension graphsP1.12 - Moments and equilibriumP1.13 - Pressure in solids, liquids and gasesP1.14 - Atmospheric pressure, Pascal's principle and hydraulic systemsP1.15 - Work, kinetic energy and gravitational potential energyP1.16 - Simple machines, mechanical advantage and velocity ratioP1.17 - Energy stores, transfers, conservation and Sankey diagramsP1.18 - Power and efficiencyP1.19 - Renewable and non-renewable energy resourcesP1.20 - Environmental impact and sustainable energy choices
P2 - Heat, light and sound
P2.1 - Particle model and states of matterP2.2 - DensityP2.3 - Changes of state, latent heat, heating and cooling curvesP2.4 - Evaporation, condensation, sublimation and particle energyP2.5 - Temperature scales, conversions, absolute zero and internal energyP2.6 - Gas pressure and pressure-volume relationshipsP2.7 - Pressure-temperature relationships and thermal processesP2.8 - Heat capacity and specific heat capacityP2.9 - Calorimetry, thermal equilibrium and the principle of mixturesP2.10 - Conduction, convection, radiation and insulationP2.11 - Reflection and image formation in plane and curved mirrorsP2.12 - Mirror equations, ray diagrams and magnificationP2.13 - Refractive index and Snell's lawP2.14 - Critical angle, total internal reflection, prisms and optical fibresP2.15 - Lenses, lens equations and magnificationP2.16 - The human eye, telescopes and optical instrumentsP2.17 - Sound production, frequency, pitch and intensityP2.18 - Oscilloscope traces and measuring the speed of soundP2.19 - Sound applications, resonance and noise control
P3 - Electromagnetism
P4 - Waves
P5 - Astrophysics
P6 - Atomic physics