Physical Quantities​

SI Units

Measurement

Length and Time

Scalars

Vectors

Moments

Equilibrium

Centre of Gravity and Stability

Thermal Equilibrium

Conduction

Convection

Radiation

Properties of Electromagnetic Waves

Applications of Electromagnetic Waves

Effects of Electromagnetic Waves on Cells and Tissues

Circuit Diagrams

Series and Parallel Circuits

Action and Use of Circuit Components

Principles of Electromagnetic Induction

The A.C. Generator

Cathode-ray Oscilloscope

The Transformer

Speed, Velocity, and Acceleration

Graphical Analysis of Motion

Free Fall

Pressure

Pressure Differences

Pressure Measurement

Internal Energy

Specific Heat Capacity

Melting, Boiling, and Evaporation

Specific Latent Heat

Reflection of Light

Refraction of Light

Thin Converging Lenses

Electric Power and Energy

Dangers of Electricity

Safe use of Electricity in the Home

The Composition of the Atom

Radioactive Decay

Dangers and Use of Radioactivity

Mass and Weight

Gravitational Field and Field Strength

Density

Energy Conversion

Energy Conservation

Work

Power

Describing Wave Motion

Wave Properties

Electric Charge

Electric Field

Dangers and Applications of Electrostatic Charging

Laws of Magnetism

Magnetic Properties of Matter

Magnetic Field

Balanced and Unbalanced Forces

Free-body Diagram

Friction

States of matter

Brownian Motion

Kinetic Particle Model

Sound Waves

Speed of Sound

Echo

Ultrasound

Conventional Current and Electron Flow

Electromotive Force

Potential Difference

Resistance

Magnetic Effect of a Current

Applications of the Magnetic Effect of a Current

Force on a Current-carrying Conductor

The D.C. Motor