### Newtonian Mechanics

**Kinematics**

Velocity and Acceleration,
Examples,
Exercises,
Answers

Graphical Method,
Examples

Area under Velocity-time Graph

Slope of Distance-time Graph

Slope of Velocity-time Graph

Equations for Uniform Acceleration

Solving problems on acceleration

Free Fall

Air Resistance

**Dynamics**

Newton's Laws

Mass

Weight

Momentum

Force

Force = mass x acceleration

Conservation of Momentum

Collision Problems

Types of Collisions

Elastic Collision

**Forces**

Upthrust in Fluids

Forces of Resistance

Forces in Equilibrium,
Examples,
Exercises,
Answers

Centre of Gravity

Turning Effect

Principle of Moments

**Energy**

What is energy?

Work done

Calculating work

Kinetic energy

Applying kinetic energy formula

Potential energies

Field and Potential

Potential Energy Formula

Using Potential Energy Formula

Internal Energy

Efficiency

Power

Power Problems

**Motion in a circle**

Angular Displacement

Angular Velocity

Using Angular Velocity

Centripetal Acceleration

Centripetal Acceleration Formula

Centripetal Force

**Gravitational Field**

Gravitational Field

Law of Gravitation

Gravitational Field Strength

Gravitational Problems

Acceleration of Free Fall

Gravitational Potential

Potential Problems

Circular Orbits

Geostationary Orbits

### Matter

**Phase of Matter**

Density

Structures and Densities

Kinetic Model

Brownian Motion

Types of Structures

Pressure

Pressure of Liquid

Pressure Equation

Boiling and Evaporation

**Deformation of Solids**

Deformation

Spring Constant

Young Modulus

Young Modulus Experiment

Types of Deformations

Strain Energy

Types of Materials

**Ideal Gas**

Ideal Gas Equation

Kinetic Theory

Molecular Pressure

Molecular Energy

**Temperature**

Heat

Thermal Equilibrium

Measuring Temperature

Types of Thermometers

Absolute Temperature Scale

Measuring Kelvin Temperature

**Thermal Properties of Materials**

Melting and Boiling

Heat Capacity

Latent Heat

Internal Energy

State of a System

First Law of Thermodynamics

### Oscillations and Waves

**Oscillations**

Free Oscillations

Studying Oscillations

Amplitude, Period, Frequency

Simple Harmonic Motion (SHM)

SHM Displacement

SHM Velocity

SHM Acceleration

SHM Energies

Damped Oscillation

Resonance

Resonance Graph

Good and Bad Resonance

**Waves**

Wave Motion

Wave Velocity

Wave Front

Wave Velocity Exercises

Wave Energy

Wave Intensity

Transverse and Longitudinal Waves

Using graphs to represent waves

Polarisation

How to measure sound frequency

How to measure sound wavelength

Copyright 2010 by Kai Hock. All rights reserved.

Last updated: 21 July 2011.