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   Chapter 1: Displacement, Velocity and Acceleration

1.1 

Equations of Motion

1.2 

Motion and Constant Acceleration

1.3 

Motion under Gravity

1.4 

Displacement-Time Graphs

1.5 

Velocity-Time Graphs

1.6 

Acceleration-Time Graphs

1.7 

Displacement, Velocity and Acceleration Test

2.1 

Newton's First Law

2.2 

Newton's Second Law

2.3 

Newton's Third Law

2.4 

Mass, Weight and Gravity

2.5 

Applications of Newton's Laws

2.6 

Energy, Work and Power

2.7 

Potential Energy and Kinetic Energy

2.8 

Forces, Work and Energy Test

3.1 

Momentum and Impulse

3.2 

Conservation of Momentum

3.3 

Conservation of Energy

3.4 

Collisions

3.5 

Momentum and Energy Test



   Chapter 2: Forces, Work and Energy

1.1 

Equations of Motion

1.2 

Motion and Constant Acceleration

1.3 

Motion under Gravity

1.4 

Displacement-Time Graphs

1.5 

Velocity-Time Graphs

1.6 

Acceleration-Time Graphs

1.7 

Displacement, Velocity and Acceleration Test

2.1 

Newton's First Law

2.2 

Newton's Second Law

2.3 

Newton's Third Law

2.4 

Mass, Weight and Gravity

2.5 

Applications of Newton's Laws

2.6 

Energy, Work and Power

2.7 

Potential Energy and Kinetic Energy

2.8 

Forces, Work and Energy Test

3.1 

Momentum and Impulse

3.2 

Conservation of Momentum

3.3 

Conservation of Energy

3.4 

Collisions

3.5 

Momentum and Energy Test



   Chapter 3: Momentum and Energy

1.1 

Equations of Motion

1.2 

Motion and Constant Acceleration

1.3 

Motion under Gravity

1.4 

Displacement-Time Graphs

1.5 

Velocity-Time Graphs

1.6 

Acceleration-Time Graphs

1.7 

Displacement, Velocity and Acceleration Test

2.1 

Newton's First Law

2.2 

Newton's Second Law

2.3 

Newton's Third Law

2.4 

Mass, Weight and Gravity

2.5 

Applications of Newton's Laws

2.6 

Energy, Work and Power

2.7 

Potential Energy and Kinetic Energy

2.8 

Forces, Work and Energy Test

3.1 

Momentum and Impulse

3.2 

Conservation of Momentum

3.3 

Conservation of Energy

3.4 

Collisions

3.5 

Momentum and Energy Test



   Chapter 1: Electrostatics

1.1 

Basic Concepts of Electrostatics

1.2 

Coulomb's Law

1.3 

Electroscope and Principles of Electric Charge

1.4 

Electric Field

1.5 

Electrical Potential and Potential Difference

1.6 

Electrostatics Test

2.1 

Current and Charge

2.2 

Voltage and Resistance

2.3 

Non-Ohmic Conductors

2.4 

Power

2.5 

Resistors in Series

2.6 

Resistors in Parallel

2.7 

Multiple Batteries in a Circuit

2.8 

Internal Resistance

2.9 

Alternating Current and Household Electricity

2.10

Current, Charge and Voltage Test



   Chapter 2: Current, Charge and Voltage

1.1 

Basic Concepts of Electrostatics

1.2 

Coulomb's Law

1.3 

Electroscope and Principles of Electric Charge

1.4 

Electric Field

1.5 

Electrical Potential and Potential Difference

1.6 

Electrostatics Test

2.1 

Current and Charge

2.2 

Voltage and Resistance

2.3 

Non-Ohmic Conductors

2.4 

Power

2.5 

Resistors in Series

2.6 

Resistors in Parallel

2.7 

Multiple Batteries in a Circuit

2.8 

Internal Resistance

2.9 

Alternating Current and Household Electricity

2.10

Current, Charge and Voltage Test



   Chapter 1: Reflection

1.1 

Plane and concave mirrors

1.2 

Convex mirrors

2.1 

Refraction of light

2.2 

Convex lens

2.3 

Dispersion of light

2.4 

Colour

2.5 

Optics Test



   Chapter 2: Refraction

1.1 

Plane and concave mirrors

1.2 

Convex mirrors

2.1 

Refraction of light

2.2 

Convex lens

2.3 

Dispersion of light

2.4 

Colour

2.5 

Optics Test



   Chapter 1: Heat

1.1 

Heat, Energy and Power

1.2 

Temperature

1.3 

States of Matter

1.4 

Latent Heat

1.5 

Specific Heat

1.6 

Heat Energy Transfer - Conduction

1.7 

Heat Energy Transfer - Convection

1.8 

Heat Energy Transfer - Radiation

1.9 

Heat Insulating Materials

1.10

Heating and Cooling Test



   Chapter 1: The Atom and Radioactivity

1.1 

Nuclear Radiation

1.2 

Detection and Measurement of Radiation

1.3 

Isotopes

1.4 

Radioactive Decay

1.5 

Half life

1.6 

The Rutherford Atom

1.7 

Discovery of the Neutron

1.8 

Nuclear Forces and Stability

1.9 

Binding Energy & Mass Defect; Einstein's Equation

1.10

Atom and Radioactivity Test

2.1 

Nuclear Fission

2.2 

Nuclear Reactors

2.3 

Nuclear Fusion

2.4 

Social Implications of Nuclear Energy

2.5 

Fission and Fusion Test



   Chapter 2: Energy, Fission and Fusion

1.1 

Nuclear Radiation

1.2 

Detection and Measurement of Radiation

1.3 

Isotopes

1.4 

Radioactive Decay

1.5 

Half life

1.6 

The Rutherford Atom

1.7 

Discovery of the Neutron

1.8 

Nuclear Forces and Stability

1.9 

Binding Energy & Mass Defect; Einstein's Equation

1.10

Atom and Radioactivity Test

2.1 

Nuclear Fission

2.2 

Nuclear Reactors

2.3 

Nuclear Fusion

2.4 

Social Implications of Nuclear Energy

2.5 

Fission and Fusion Test



   Chapter 1: Waves

1.1 

General Characteristics of Waves

1.2 

Periodic Waves

2.1 

Facts about Sound

2.2 

Reflection and refraction of sound

2.3 

Velocity, Frequency and Wavelength

2.4 

Sound Intensity

2.5 

Diffraction of sound

2.6 

Waves and Sound Test



   Chapter 2: Sound

1.1 

General Characteristics of Waves

1.2 

Periodic Waves

2.1 

Facts about Sound

2.2 

Reflection and refraction of sound

2.3 

Velocity, Frequency and Wavelength

2.4 

Sound Intensity

2.5 

Diffraction of sound

2.6 

Waves and Sound Test