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GCSE · AQA

Physics

Physics

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1.1 - Energy Stores & Systems

1.2 - Energy Transfer Examples

1.3 - Kinetic Energy

1.4 - Gravitational Potential Energy & Gravity

1.5 - Transfer Between KE & GPE

1.6 - Specific Heat Capacity

1.7 - Conservation of Energy

1.8 - Conduction, Convection & Radiation

1.9 - Reducing Unwanted Energy Transfers

1.10 - Power & Work Done

1.11 - Efficiency

1.12 - Energy Resources Introduction

1.13 - Fossil Fuels & Nuclear Energy

1.14 - Wind & Solar

1.15 - Geothermal Power

1.16 - Biofuels

1.17 - Hydroelectricity & Tidal Barrages

2.1 - Circuits Introduction

2.2 - V = IR Equation & I-V Graphs

2.3 - Charge, Current & Time

2.4 - Components

2.5 - Series Circuits

2.6 - Parallel Circuits

2.7 - Energy & Power Formulas

2.8 - National Grid

2.9 - AC & DC Current

2.10 - Plugs & Wires

2.11 - Fuses & Earthing

3.1 - Particle Model & States of Matter

3.3 - Specific Latent Heat

3.4 - Factors Affecting Gas Pressure

4.1 - Development of the Model of the Atom

4.2 - Atomic Structure, Isotopes & Electron Shells

4.3 - Alpha, Beta & Gamma Radiation

4.4 - Nuclear Decay Equations

4.5 - Radioactive Decay & Half-life

5.1 - Contact & Non-contact Forces

5.2 - Scalar & Vector Quantities

5.3 - Free Body Diagrams & Resultant Forces

5.4 - Elasticity, Spring Constant & Hooke's Law

5.5 - Elastic Potential Energy

5.6 - Speed/Velocity & Distance/Displacement

5.7 - Acceleration

5.8 - Distance-time Graphs

5.9 - Velocity-time Graphs

5.10 - Terminal Velocity

5.11 - Newton's 1st & 2nd Laws

5.12 - Newton's 3rd Law

5.13 - Stopping Distances

6.1 - Longitudinal & Transverse Waves

6.3 - Electromagnetic Waves

6.4 - Radiowaves

6.5 - Microwaves & Infrared

6.7 - X-rays & Gamma Rays

7.2 - Permanent & Induced Magnets

7.3 - Electromagnetism

9.1 - Specific Heat Capacity

9.2 - Resistance of a Wire

9.3 - I-V Characteristics

9.5 - Force & Extension

9.6 - Acceleration

9.8 - Radiation & Absorption