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GCSE · Oxford AQA

Physics

Physics

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1.1 - Contact & Non-Contact Forces

1.3 - Scalar & Vector Quantities

1.4 - Mass, Weight & Gravity

1.5 - Hooke's Law & Spring Constant

1.6 - Speed, Velocity & Displacement

1.7 - Distance-Time Graphs

1.8 - Resolving Vectors

1.9 - Resultant Forces

1.10 - Acceleration

1.11 - Velocity-Time Graphs

1.12 - Newton's 1st & 2nd Laws

1.13 - Newton's 3rd Law

1.14 - Reaction Times

1.15 - Stopping Distances

1.16 - Momentum - Conservation

1.17 - Momentum & Force

1.18 - Terminal Velocity

1.19 - Centre of Mass

1.20 - Moments - The Turning Effect

1.21 - Moments - Seesaws

2.1 - Energy Stores & Systems

2.2 - Work Done

2.3 - Elastic Potential Energy

2.4 - Gravitational Potential Energy

2.5 - Kinetic Energy

2.6 - Transfer Between KE & GPE

2.8 - Conservation of Energy

2.9 - Energy Transfer Examples

2.10 - Efficiency

2.11 - Sankey Diagrams

2.12 - Energy Resources Introduction

2.13 - Fossil Fuels & Nuclear Energy

2.14 - Biofuels

2.15 - Geothermal Power

2.16 - Wind & Solar

2.17 - Hydroelectricity & Tidal Barrages

3.1 - Longitudinal & Transverse Waves

3.2 - Diffraction

3.3 - Electromagnetic Waves

3.4 - Radio Waves

3.5 - Microwaves & Infrared

3.6 - Absorbing & Emitting Radiation

3.8 - Dangers of Electromagnetic Radiation

3.9 - X-Rays & Gamma Rays

3.10 - Reflection

3.11 - Sound Waves & Hearing

3.12 - Ultrasound

3.13 - Refraction

3.14 - Refractive Index & Snell's Law

3.15 - Total Internal Reflection

3.16 - How Lenses Work

3.17 - How to Draw Ray Diagrams

3.18 - The Eye & Vision

3.19 - Uses of Visible Light

4.1 - The Particle Model

4.2 - Internal Energy & Changes of State

4.3 - Specific Heat Capacity

4.4 - Specific Latent Heat

4.5 - Evaporation

4.6 - Conduction, Convection, Radiation

4.7 - Reducing Unwanted Energy Transfers

4.8 - Thermal Expansion

5.1 - Circuits Introduction

5.2 - Charge, Current & Time

5.3 - Components

5.4 - V = IR Equation & I-V Graphs

5.5 - Series Circuits

5.6 - Parallel Circuits

5.7 - Static Electricity - Charging

5.8 - Magnets & Magnetic Fields

5.9 - Permanent & Induced Magnets

5.10 - Electromagnetism

6.1 - Motor Effect

6.2 - How the Electric Motor Works

6.3 - AC & DC Current

6.4 - Mains Wiring & Safety

6.5 - Energy & Power Formulas

6.6 - Fuses & Earthing

6.7 - How Appliances Transfer Energy

6.8 - The Generator Effect

6.9 - Alternators

6.10 - How Transformers Work

6.11 - Transformer Calculation

6.12 - National Grid

7.1 - Developing the Model of the Atom

7.2 - Atomic Structure & Isotopes

7.3 - Alpha, Beta & Gamma Radiation

7.4 - Nuclear Decay Equations

7.5 - Radioactive Decay & Half-Life

7.6 - Why Radiation Is Harmful

7.7 - Half-Life & Hazard

7.8 - Nuclear Fission

7.9 - Nuclear Fusion

8.1 - Life Cycle of Stars

8.2 - The Solar System & the Universe

8.4 - Red Shift

8.5 - The Origin of the Universe

9.1 - Change of State (Cooling & Heating Curves)

9.2 - I-V Characteristics of Components

9.3 - Force & Extension (Hooke's Law)

9.4 - Reflection & Refraction of Light

9.5 - Strength of an Electromagnet

10.1 - Variables & Controls

10.2 - Accuracy, Precision & Error

10.3 - Evaluating & Improving a Method

10.4 - Reading Graphs & Drawing Conclusions

10.5 - Correlation & Cause