1. Forces & Motion

1.1 Movement & Position

1.1.1 Distance-Time Graphs

1.1.2 Speed

1.1.3 Core Practical: Investigating Motion

1.1.4 Acceleration

1.1.5 Velocity-Time Graphs

1.1.6 Area under a Velocity-Time Graph

1.1.7 Calculating Uniform Acceleration

1.2 Forces, Movement & Changing Shape

1.2.1 Types of Forces

1.2.2 Scalar & Vectors

1.2.3 Resultant Forces

1.2.4 Unbalanced Forces

1.2.5 Weight

1.2.6 Stopping Distance

1.2.7 Terminal Velocity

1.2.8 Core Practical: Investigating Force & Extension

1.2.9 Hooke's Law

2. Electricity

2.1 Current, Potential Difference & Resistance

2.1.1 Charge & Current

2.1.2 Voltage & Energy

2.1.3 Resistance

2.2 Components in Series & Parallel Circuits

2.2.1 Current in Series & Parallel

2.2.2 Voltage in Series & Parallel

2.2.3 Resistors in Series

2.2.4 IV Graphs

2.2.5 Electrical Components

2.3 Electrical Power & Mains Electricity

2.3.1 Electrical Power & Fuses

2.3.2 Calculating Energy Transfers

2.3.3 Electrical Safety

2.3.4 Electricity & Heat

2.3.5 AC & DC

3. Waves

3.1 Waves & The Electromagnetic Spectrum

3.1.1 Transverse & Longitudinal Waves

3.1.2 Describing Wave Motion

3.1.3 The Wave Equation

3.1.4 The Doppler Effect

3.1.5 Electromagnetic (EM) Waves

3.1.6 Applications of EM Waves

3.1.7 Dangers of EM Waves

3.2 Reflection & Refraction

3.2.1 Light & Sound Waves

3.2.2 Reflection & Refraction

3.2.3 Core Practical: Investigating Refraction

3.2.4 Snell's Law

3.2.5 Core Practical: Investigating Snell's law

3.2.6 Total Internal Reflection

4. Energy Resources & Energy Transfers

4.1 Energy Stores & Transfers

4.1.1 Energy Stores & Transfers

4.1.2 Conservation of Energy

4.1.3 Efficiency

4.1.4 Conduction, Convection & Radiation

4.1.5 Core Practical: Investigating Thermal Energy

4.1.6 Reducing Energy Loss

4.2 Work, Power & Energy Resources

4.2.1 Work Done

4.2.2 Gravitational Potential Energy

4.2.3 Kinetic Energy

4.2.4 Work, GPE & KE

4.2.5 Power

5. Solids, Liquids & Gases

5.1 Density & Pressure

5.1.1 Density

5.1.2 Core Practical: Determining Density

5.1.3 Pressure

5.1.4 Pressure in Liquids

5.2 Ideal Gases

5.2.1 Kinetic Theory

5.2.2 Absolute Zero

5.2.3 Temperature

5.2.4 The Gas Laws

5.2.5 The Pressure Law

5.2.6 Boyle's Law

6. Magnetism & Electromagnetism

6.1 Magnetism & Electromagnetism

6.1.1 Magnetism

6.1.2 Magnetic Fields

6.1.3 Permanent & Induced Magnets

6.1.4 Core Practical: Investigating Magnetic Fields

6.1.5 Electromagnetism

6.1.6 The Motor Effect

6.1.7 Fleming's Left-Hand Rule

6.2 Electromagnetic Induction

6.2.1 Electromagnetic Induction

6.2.2 Generators & Dynamos

7. Radioactivity & Particles

7.1 Properties of Radiation

7.1.1 Atomic Structure

7.1.2 Isotopes

7.1.3 Types of Radiation

7.1.4 Core Practical: Investigating Radiation

7.1.5 Decay Equations

7.1.6 Detecting Radiation

7.2 Radioactivity, Uses & Dangers

7.2.1 Activity & Decay

7.2.2 Half-Life

7.2.3 Uses of Radioactivity

7.2.4 Contamination & Irradiation

7.2.5 Dangers of Radiation

7.3 Fission & Fusion

7.3.1 Nuclear Energy

7.3.2 Nuclear Fission

7.3.3 Nuclear Reactors

7.3.4 Nuclear Fusion

7.3.5 The Conditions for Fusion

8. Astrophysics

8.1 Motion in the Universe

8.1.1 Objects in Space

8.1.2 Gravitational Field Strength

8.1.3 Orbital Motion

8.1.4 Orbital Period

8.2 Stellar Evolution

8.2.1 Classification of Stars

8.2.2 The Life Cycle of Solar Mass Stars

8.2.3 The Life Cycle of Larger Stars