5. Waves

Waves & The Electromagnetic Spectrum

Transverse & Longitudinal Waves

Describing Wave Motion

The Wave Equation

The Doppler Effect

Electromagnetic (EM) Waves

Applications of EM Waves

Dangers of EM Waves

Reflection & Refraction

Light & Sound Waves

Reflection & Refraction

Core Practical: Investigating Refraction

Snell's Law

Core Practical: Investigating Snell's law

Total Internal Reflection

Sound

Core Practical: Investigating the Speed of Sound

Sound & Oscilloscopes

Core Practical: Using an Oscilloscope

Pitch & Loudness

6. Solids, Liquids & Gases: Part 2

Ideal Gases

Kinetic Theory

Absolute Zero

Temperature

The Gas Laws

The Pressure Law

Boyle's Law

7. Magnetism & Electromagnetism

Magnetism & Electromagnetism

Magnetism

Magnetic Fields

Permanent & Induced Magnets

Core Practical: Investigating Magnetic Fields

Electromagnetism

The Motor Effect

Fleming's Left-Hand Rule

Electromagnets

Magnetic Field Patterns

Magnetic Force on a Charge

Electromagnetic Induction

Electromagnetic Induction

Generators & Dynamos

Transformers

Transformer Equations

8. Radioactivity & Particles

Properties of Radiation

Atomic Structure

Isotopes

Types of Radiation

Core Practical: Investigating Radiation

Decay Equations

Detecting Radiation

Radioactivity, Uses & Dangers

Activity & Decay

Half-Life

Uses of Radioactivity

Contamination & Irradiation

Dangers of Radiation

Fission & Fusion

Nuclear Energy

Nuclear Fission

Nuclear Reactors

Nuclear Fusion

The Conditions for Fusion

9. Astrophysics

Motion in the Universe

Objects in Space

Gravitational Field Strength

Orbital Motion

Orbital Period

Stellar Evolution

Classification of Stars

The Life Cycle of Solar Mass Stars

The Life Cycle of Larger Stars

The Brightness of Stars

Hertzsprung-Russell Diagrams

Cosmology

The Big Bang Theory

Doppler Shift

Galactic Red-shift