PHYSICS

1. Wave Phenomena

1.1. Simple harmonic motion

1.2. Single slit diffraction

1.3. Interference

1.4. Resolution

1.5. The doppler effect

2. Fields

2.1. Describing fields

2.2. Fields at work

3. Electromagnetic Induction

3.1. Electromagnetic induction

3.2. Transmission of power

3.3. Capacitance

4. Quantum and Nuclear Physics

4.1. The interaction of matter with radiation

4.2. Nuclear physics

5. Measurements and Uncertainies

5.1. Measurement in physics

5.2. Uncertainties

5.3. Vectors and scalars

6. Mechanics

6.1. Motion

6.2. Forces

6.3. Work, energy,, and power

7. Thermal Physics

7.1. Thermal concepts

7.2. Modelling a gas

8. Waves

8.1. Oscillation

8.2. Travelling waves

8.3. Travelling waves

8.4. Standing waves

9. Electricity and Magnetism

9.1. Electric field

9.2. Heating effect of electric currents

9.3. Magnetic field

10. Circular Motion and Gravitation

10.1. Circular motion

10.2. The law of gravitation

11. Atomic, Nuclear and Particle Physics

11.1. Discrete energy and radioactivity

11.2. Nuclear reaction

11.3. the structure of matter

12. Energy Production

12.1. Energy sources

12.2. Thermal energy transfer