| 1. Physical quantities and units | Prefixes and standard form | | | |
| 1. Physical quantities and units | SI units, derived units | | | |
| 1. Physical quantities and units | Scalar and vector quantities | | | |
| 2. Measurement techniques | Uncertainties and graphical analysis | | | |
| 2. Measurement techniques | Micrometers, callipers, oscilloscopes | | | |
| 3. Kinematics | Equations of motion | | | |
| 3. Kinematics | Displacement, velocity, acceleration | | | |
| 3. Kinematics | Graphical interpretation | | | |
| 4. Dynamics | Linear momentum and impulse | | | |
| 4. Dynamics | Newton's laws of motion | | | |
| 5. Forces, density and pressure | Pressure in fluids and solids | | | |
| 5. Forces, density and pressure | Turning effects, equilibrium | | | |
| 5. Forces, density and pressure | Centre of gravity | | | |
| 6. Work, energy and power | Kinetic and potential energy | | | |
| 6. Work, energy and power | Conservation of energy | | | |
| 6. Work, energy and power | Efficiency and power | | | |
| 7. Deformation of solids | Stress, strain, Hooke's law | | | |
| 7. Deformation of solids | Young modulus | | | |
| 8. Waves | Wave properties, reflection, refraction, diffraction | | | |
| 8. Waves | Superposition, stationary waves | | | |
| 8. Waves | Interference | | | |
| 9. Superposition | Coherence, phase difference | | | |
| 9. Superposition | Young's double-slit experiment | | | |
| 10. Electricity | Current, voltage, resistance, power | | | |
| 10. Electricity | Kirchhoff's laws | | | |
| 10. Electricity | Potential dividers, internal resistance | | | |
| 11. D.C. circuits | Series and parallel | | | |
| 11. D.C. circuits | Circuit analysis | | | |
| 12. Particle physics | Fundamental particles | | | |
| 12. Particle physics | Quarks and leptons | | | |
| 13. Motion in a circle | Angular velocity | | | |
| 13. Motion in a circle | Centripetal force and acceleration | | | |
| 14. Gravitational fields | Newton's law of gravitation | | | |
| 14. Gravitational fields | Field strength and potential | | | |
| 15. Oscillations | Simple harmonic motion | | | |
| 15. Oscillations | Damping and resonance | | | |
| 16. Thermal physics | Heat capacity, latent heat | | | |
| 16. Thermal physics | Kinetic model of gases | | | |
| 17. Ideal gases | Equation of state | | | |
| 17. Ideal gases | Molecular model and assumptions | | | |
| 18. Electric fields | Field strength, potential difference | | | |
| 18. Electric fields | Parallel plates | | | |
| 19. Capacitance | Charging and discharging | | | |
| 19. Capacitance | Energy stored | | | |
| 20. Magnetic fields | Magnetic flux | | | |
| 20. Magnetic fields | Force on charged particles | | | |
| 21. Electromagnetic induction | Faraday's and Lenz's laws | | | |
| 21. Electromagnetic induction | Transformers | | | |
| 22. Alternating currents | RMS values | | | |
| 22. Alternating currents | Phase difference | | | |
| 22. Alternating currents | Power in AC circuits | | | |
| 23. Quantum physics | Photoelectric effect | | | |
| 23. Quantum physics | Energy levels | | | |
| 23. Quantum physics | Wave-particle duality | | | |
| 24. Nuclear physics | Radioactivity | | | |
| 24. Nuclear physics | Decay equations | | | |
| 24. Nuclear physics | Fission and fusion | | | |
| 25. Medical physics | Imaging techniques | | | |
| 25. Medical physics | Ultrasound, PET, X-rays | | | |
| 26. Astronomy and cosmology | Hubble's law, redshift | | | |
| 26. Astronomy and cosmology | Big Bang theory | | | |