6.4.1 The Lens Equation

6.5.1 Magnifying Glass

6.5.2 Optical Instruments – Projector

6.5.3 Optical Instruments – Astronomical Telescope

6.5.4 Optical Instruments – Compound Microscope

6.6.1 Curved Mirror

6.6.2 Drawing Ray Diagram for Concave Mirror

1.1.1 Vector Quantities

1.1.2 Vector Addition

1.2.1 Vector Resolution

1.2.2 Inclined Plane

1.3.1 Forces in Equilibrium

1.4.1 Elasticity

1.4.2 Hooke’s Law

1.4.3 Spring

2.1.1 Pressure in Liquid

2.1.2 Pressure in Liquid – The U-Tube

2.1.3 Characteristics of Liquid Pressure

2.1.4 Applications of Pressure in Liquid

2.2.1 Atmospheric Pressure

2.2.2 Proof of Existence of Atmospheric Pressure

2.2.3 Applications of Atmospheric Pressure

2.2.4 Instruments to Measure Atmospheric Pressure

2.2.5 Simple Mercury Barometer

2.2.6 Fortin Barometer

2.2.8 Anaroid Barometer

2.3.1 Gas Pressure

2.3.2 Instruments Used to Measure Gas Pressure

2.3.3 Bourdon Gauge

2.3.4 Manometer

2.3.5 Gas Trapped in a Capillary Tube

2.4.1 Pascal’s Principle

2.4.2 Applications of Pascal’s Principle

2.5 Archimedes Principle

2.5 Application of Archimedes Principle

2.6 Bernoulli’s Principle

2.6 Application of Bernoulli’s Principle

3.1 Current

3.1 Potential and Potential Difference

3.1 Ohm’s Law – Relationship Between Current and Potential Difference

3.1 Resistance

3.2 Resistance in series and parallel Circuit

3.2 Finding Resistance of an Individual Resistor

3.2 Current in a Circuit

3.2 Potential and Potential Difference in a Circuit

3.2 Finding Current in a Series Circuit

3.2 Finding Current in a Parallel Circuit

3.2 Finding Potential Difference in a Series Circuit

3.3 Electromotive Force

3.3 Difference between Electromotive Force and Potential Difference

3.3 Internal Resistance and Potential Difference Drop

3.3 Measuring e.m.f. and Internal Resistance

3.4 Electrical Energy

3.4 Electrical Power

3.4 Sum of the Power

3.4 Power Rating

3.4 Efficiency of Electrical Appliance

4.1 Turning Effect of a Current Carrying Coil in a Magnetic Field

4.1 Application of the Force on a Current Carrying Conductor in a Magnetic Field – Moving Coil Meter

4.1 Direct Current Motor

4.1 Application of the Force on a Current Carrying Conductor in a Magnetic Field – Loudspeaker

4.1 Force between 2 Current-Carrying Conductors

4.2 Electromagnetic Induction

4.2 Induced EMF and Current in a Straight Wire

4.2 Induced EMF and Current in a Solenoid

4.2 Direct Current Generator

4.2 Alternating Current Generator

4.2 Direct Current and Alternating Current

4.2 Root Mean Square Voltage/Current

4.3 Types of Transformer

4.3 Factors That Affect the Efficiency of a Transformer

4.3 Generation of Electricity

5.1 Thermionic Emission

5.1 Cathode Ray

5.2 Free Electron and Hole

5.2 Semiconductors

5.2 Flows of Free Electrons and Holes

5.2 Doping a Semiconductor

5.2 N-Type Semiconductor

5.2 P-Type Semiconductor

5.2 N-Type and P-Type Semiconductor – Summary

5.2 Forward Bias and Reverse Bias

5.2 Diodes as Rectifiers

5.2 Full Wave Rectification

5.2 Capacitor Smoothing

5.3 Transistors

5.3 Connection of Transistor

5.3 Current in Transistor

5.3 Transistor as a Current Amplifier

5.3 Transistor as an Automatic Switch

6.1.1 The Composition of the Nucleus

6.1.2 Radioactivity

6.1.3 Types of Radioactive Emission

6.1.4 Characteristics of Radioactive Emission

6.1.5 Radioactive Decay – Alpha Decay

6.1.6 Radioactive Decay – Beta Decay

6.1.7 Radioactive Decay – Gamma Decay

6.1.8 Radioactive Decay – Series Decay

6.1.9 Half-life