Chapter 2: Force and motion

2.1.1 Distance and Displacement
2.1.2 Speed and Velocity
2.1.3 Acceleration

2.2.1 Analysing Ticker Tape
2.2.2 Finding Velocity from Ticker Tape
2.2.3 Finding Acceleration from Ticker Tape

2.3.1 Displacement-Time Graph
2.3.2 Velocity-Time Graph
2.3.3 Graph of Free Falling Object

2.4.1 Mass and Inertia

2.5.1 Momentum
2.5.2 Principle of Conservation of momentum
2.5.3 Elastic and Inelastic Collision
2.5.4 Application of Momentum

2.6.1 Effects of Force

2.7.1 Impulse
2.7.2 Impulsive Force

2.8.1 Safety Features in Vehicles

2.9.1 Gravity
2.9.2 Free Falling

2.9.3 Lift

2.9.4 Pulley

2.10.1 Vector Quantities
2.10.2 Vector Addition
2.10.3 Vector Resolution
2.10.4 Forces in Equilibrium

2.11.1 Work
2.11.2 Potential Energy
2.11.3 Kinetic Energy
2.11.4 Relationship between Energy and Work Done

2.12.1 Power
2.12.2 Efficiency

2.13.1 Elasticity
2.13.2 Hooke's Law
2.13.3 Spring


Introduction to Physics

1.2.1 Base Quantities
1.2.2 Derived Quantities
1.2.3 Prefixes
1.2.4 Scientific Notation

1.3 Scalar and Vector Quantities

1.4.0 Measurements and Error
1.4.1 Consistency, Accuracy and Sensitivity
1.4.2 Vernier Caliper
1.4.3 Micrometer Screw Gauge
1.4.4 Ruler, Thermometer, Stopwatch, Ammeter and Voltmeter

1.5 Scientific Investigation

 Chapter 8: Electromagnetism

1. Revision - Magnetism
2. Electromagnet
1. Straight Wire
2. Flat Coil
3. Solenoid
4. Apllication - Electric Bell
5. Application - Electromagnetic Relay
6. Application - Circuit Breaker
7. Application - Telephone Earpiece
3. Force on a Current Carrying Conductor
1. Force between 2 Current Carrying Conductor
2. Turning Effect of a Coil in a Magnetic Field
3. Direct Current Motor
4. Application - Moving Coil Meter
4. Electromagnetic Induction
1. Lenz's Law and Faraday's Law
2. DC Generator
3. AC Generator
4. Alternating Current
5. Transformer
• Factors Affect the Efficeincy of a Transformer
6. Generation of Electricity
1. Transmission of Electricity
2. National Grid Network