1. Physical Quantities & Units

• 1.1 Physical Quantities & Units

2. Measurement Techniques

• 2.1 Measurements & Errors

3. Kinematics

• 3.1 Equations of Motion

4. Dynamics

• 4.1 Newton's Laws of Motion
• 4.2 Linear Momentum & Conservation

5. Forces, Density & Pressure

• 5.1 Force & the Turning Effect
• 5.2 Forces: Equilibrium, Density & Pressure

6. Work, Energy & Power

• 6.1 Energy Conservation
• 6.2 Energy: GPE & KE
• 6.3 Power

7. Deformation of Solids

• 7.1 Deformation: Stress & Strain
• 7.2 Deformation: Elastic & Plastic Behaviour

8. Waves

• 8.1 Waves: Transverse & Longitudinal
• 8.2 Transverse Waves: EM Spectrum & Polarisation
• 8.3 Determination of Frequency & Wavelength of Sound Waves
• 8.4 Doppler Effect
• 8.5 Electromagnetic Spectrum

9. Superposition

• 9.1 Stationary Waves
• 9.2 Diffraction & Interference

10. Electric Fields

• 10.1 Electric Fields

11. Current of Electricity

• 11.1 Current & Potential Difference
• 11.2 Resistance & Resistivity

12. D.C. Circuits

• 12.1 DC: Practical Circuits & Kirchhoff's Laws
• 12.2 DC: Potential Dividers

13. Particle & Nuclear Physics

• 13.1 Atoms, Nuclei & Radiation
• 13.2 Fundamental Particles

14. Motion in a Circle

• 14.1 Kinematics of Uniform Circular Motion
• 14.2 Centripetal Acceleration

15. Gravitational Fields

• 15.1 Universal Gravitation
• 15.2 Gravitational Potential

16. Ideal Gases

• 16.1 Ideal Gas Law

17. Temperature

• 17.1 Measuring Temperature

18. Thermal Properties of Materials

• 18.1 Phase Changes
• 18.2 The First Law of Thermodynamics

19. Oscillations

• 19.1 Simple Harmonic Motion
• 19.2 Damped Oscillations
• 19.3 Ultrasound & X-rays

20. Communication

• 20.1 Communication & Modulation
• 20.2 Digital Vs. Analogue & Attenuation

21. Electric Fields

• 21.1 Electric Fields
• 21.2 Electric Potential

22. Capacitance

• 22.1 Capacitors

23. Electricity & Circuits

• 23.1 Sensing Devices
• 23.2 Potential Dividers

24. Electronics

• 24.1 Amplifiers
• 24.2 Circuit Output Devices

25. Magnetic Fields

• 25.1 Concept of a Magnetic Field
• 25.2 Force on a Current-Carrying Conductor
• 25.3 Force on a Moving Charge
• 25.4 Magnetic Fields due to Currents
• 25.5 Nuclear Magnetic Resonance Imaging
• 25.6 Electromagnetic Induction

26. Alternating Currents

• 26.1 Properties and Uses of Alternating Current
• 26.2 Rectification

27. Quantum Physics

• 27.1 The Photoelectric Effect
• 27.2 Wave-Particle Duality
• 27.3 Quantisation of Energy
• 27.4 Ultrasound & X-rays

28. Nuclear Physics

• 28.1 Mass Defect & Nuclear Binding Energy
• 28.2 Radioactive Decay