1. Motion, Forces & Energy

1.1 Physical Quantities & Measurement Techniques

1.1.1 Measurement

1.1.2 Scalars & Vectors

1.1.3 Calculating with Vectors

1.2 Motion

1.2.1 Speed & Velocity

1.2.2 Acceleration

1.2.3 Distance-Time Graphs

1.2.4 Speed-Time Graphs

1.2.5 Calculating Acceleration from Speed-Time Graphs

1.2.6 Freefall

1.3 Mass, Weight & Density

1.3.1 Mass & Weight

1.3.2 Density

1.3.3 Measuring Density

1.3.4 Floating

1.4 Effects of Forces

1.4.1 Resultant Forces

1.4.2 Newton's First Law

1.4.3 Newton's Second Law

1.4.4 Investigating Force & Extension

1.4.5 Hooke's Law

1.4.6 Circular Motion

1.4.7 Friction

1.5 Moments

1.5.1 Moments

1.5.2 Equilibrium

1.5.3 Centre of Gravity

1.5.4 Investigating Centre of Gravity

1.6 Momentum

1.6.1 Momentum

1.6.2 Impulse

1.7 Energy, Work & Power

1.7.1 Energy Stores & Transfers

1.7.2 Kinetic Energy

1.7.3 Gravitational Potential Energy

1.7.4 Conservation of Energy

1.7.5 Work Done

1.7.6 Power

1.7.7 Efficiency

1.8 Energy Sources

1.8.1 Energy from the Sun

1.8.2 Energy from Fuels

1.8.3 Energy from Water

1.8.4 Geothermal Energy

1.8.5 Nuclear Fusion

1.9 Pressure

1.9.1 Pressure & Forces

1.9.2 Pressure in a Liquid

2. Thermal Physics

2.1 Kinetic Particle Model of Matter

2.1.1 States of Matter

2.1.2 Molecular Matter

2.1.3 Temperature & Pressure

2.1.4 Brownian Motion

2.1.5 Gases & Absolute Temperature

2.2 Thermal Properties & Temperature

2.2.1 Thermal Expansion

2.2.2 Specific Heat Capacity

2.2.3 Investigating Specific Heat Capacity

2.2.4 Melting & Boiling

2.2.5 Evaporation

2.3 Transfer of Thermal Energy

2.3.1 Demonstrating Conduction

2.3.2 Thermal Conduction

2.3.3 Convection

2.3.4 Radiation

2.3.5 The Greenhouse Effect

2.3.6 Investigating IR Radiation

2.3.7 Consequences of Thermal Energy Transfer

3. Waves

3.1 General Properties of Waves

3.1.1 Features of Waves

3.1.2 The Wave Equation

3.1.3 Transverse & Longitudinal Waves

3.1.4 Wave Behaviour

3.1.5 Ripple Tank

3.2 Light

3.2.1 Reflection of Light

3.2.2 Investigating Reflection

3.2.3 Refraction of Light

3.2.4 Snell's Law

3.2.5 Total Internal Reflection

3.2.6 Thin Lenses

3.2.7 Real & Virtual Images

3.2.8 Uses of Lenses

3.2.9 Dispersion of Light

3.3 Electromagnetic Spectrum

3.3.1 Electromagnetic Waves

3.3.2 Uses of Electromagnetic Waves

3.3.3 Dangers of Electromagnetic Waves

3.3.4 Communications

3.3.5 Digital & Analogue Signals

3.4 Sound

3.4.1 Sound Waves

3.4.2 Measuring the Speed of Sound

3.4.3 Effects of Sound Waves

3.4.4 Ultrasound

4. Electricity & Magnetism

4.1 Simple Phenomena of Magnetism

4.1.1 Magnetism

4.1.2 Magnets

4.1.3 Magnetic Fields

4.1.4 Plotting Magnetic Fields

4.2 Electrical Quantities

4.2.1 Electric Fields & Charges

4.2.2 Demonstrating Electric Charges

4.2.3 Electric Fields

4.2.4 Investigating Conductors & Insulators

4.2.5 Current

4.2.6 Electromotive Force & Potential Difference

4.2.7 Resistance

4.2.8 Resistance of a Wire

4.2.9 Electrical Energy

4.2.10 Electrical Power

4.3 Electric Circuits & Electrical Safety

4.3.1 Circuit Diagrams & Circuit Components

4.3.2 Current in Circuits

4.3.3 EMF & Potential Difference in Circuits

4.3.4 Combined Resistance

4.3.5 Potential Dividers

4.3.6 Electrical Safety

4.4 Electromagnetic Effects

4.4.1 Electromagnetic Induction

4.4.2 Demonstrating Induction

4.4.3 The A.C. Generator

4.4.4 Magnetic Effect of a Current

4.4.5 Investigating the Field Around a Wire

4.4.6 Force on a Current-Carrying Conductor

4.4.7 Electric Motors

4.4.8 Transformers

4.4.9 Transformer Calculations

5. Nuclear Physics

5.1 The Nuclear Model of the Atom

5.1.1 The Atom

5.1.2 The Nucleus

5.1.3 Protons, Neutrons & Electrons

5.1.4 Fission & Fusion

5.2 Radioactivity

5.2.1 Background Radiation

5.2.2 Types of Radiation

5.2.3 Ionising Power & Deflection

5.2.4 Radioactive Decay

5.2.5 Half-Life

5.2.6 Uses of Radiation

5.2.7 Dangers of Radiation

6. Space Physics

6.1 Earth & The Solar System

6.1.1 The Earth, Moon & Sun

6.1.2 Calculating Orbital Speeds

6.1.3 The Solar System

6.1.4 Orbiting Bodies

6.1.5 Gravitational Effects on Orbits

6.2 Stars & The Universe

6.2.1 The Sun as a Star

6.2.2 Stars

6.2.3 The Expanding Universe

6.2.4 The Big Bang Theory

6.2.5 Hubble & The Age of the Universe