1.0 PHYSICAL QUANTITIES AND UNITS
1.1 PHYSICAL QUANTITIES
1.2.1 SI UNITS
1.2.4 PREFIXES
1.3 ERRORS AND UNCERTAINTIES
1.4 SCALARS AND VECTORS
2.0 KINEMATICS
2.1.2 MOTION GRAPHS
2.1.5 ACCELERATION
2.1.6 'SUVAT' AND PROJECTILES
3.0 DYNAMICS
3.1 MOMENTUM AND NEWTON'S LAWS OF MOTION
3.2 NON-UNIFORM MOTION
3.3 LINEAR MOMENTUM AND ITS CONSERVATION
4.0 FORCES, DENSITY AND PRESSURE
4.1 TURNING EFFECTS OF FORCES
4.2 EQUILIBRIUM OF FORCES
4.3 DENSITY AND PRESSURE
5.0 WORK, ENERGY AND POWER
5.1.1 WORK AND EFFICIENCY
5.1.5 POWER
5.2 GRAVITATIONAL POTENTIAL ENERGY AND KINETIC ENERGY
6.0 DEFORMATION OF SOLIDS
6.1 STRESS AND STRAIN
6.2 ELASTIC AND PLASTIC BEHAVIOUR
7.0 WAVES
7.1 PROGRESSIVE WAVES
7.2 TRANSVERSE AND LONGITUDINAL WAVES
7.3 DOPPLER EFFECT
7.4 ELECTROMAGNETIC SPECTRUM
7.5 POLARISATION
8.0 SUPERPOSITION
8.1 STATIONARY WAVES
8.2 DIFFRACTION
8.3 INTERFERENCE
8.4 DIFFRACTION GRATINGS
9.0 ELECTRICITY
9.1 ELECTRIC CURRENT
9.2 POTENTIAL DIFFERENCE AND POWER
9.3 RESISTANCE AND RESISTIVITY
10.0 D.C. CIRCUITS
10.1 PRACTICAL CIRCUITS
10.2 KIRCHHOFF’S LAWS
10.3 POTENTIAL DIVIDERS
11.0 PARTICLE PHYSICS
11.1.1 ALPHA PARTICLE SCATTERING AND ISOTOPES
11.1.7 NUCLEAR RADIATION
11.2 FUNDAMENTAL PARTICLES
APS ADVANCED PRACTICAL SKILLS
APS MEASUREMENTS
