Table of Contents

• CHAPTER 1 WORKING SCIENTIFICALLY
• 1.1 Questioning and predicting
• 1.2 Planning investigations
• 1.3 Conducting investigations
• 1.4 Processing data and information
• 1.5 Analysing data and information
• 1.6 Problem solving
• 1.7 Communicating
• CHAPTER 2 MOTION IN A STRAIGHT LINE
• 2.1 Scalars and Vectors
• 2.2 Displacement, speed and velocity
• 2.3 Acceleration
• 2.4 Graphing position, velocity and acceleration over time
• 2.5 Equations of motion
• 2.6 Vertical motion
• CHAPTER 3 MOTION ON A PLANE
• 3.1 Vectors in two dimensions
• 3.2 Vector components
• 3.3 Relative motion
• CHAPTER 4 FORCES
• 4.1 Newton’s first law
• 4.2 Newton’s second law
• 4.3 Newton’s third law
• CHAPTER 5 FORCES, ACCELERATION AND ENERGY
• 5.1 Motion and friction
• 5.2 Work
• 5.3 Energy changes
• 5.4 Mechanical energy and power
• CHAPTER 6 MOMENTUM, ENERGY AND SIMPLE SYSTEMS
• 6.1 Conservation of momentum
• 6.2 Momentum transfer
• 6.3 Momentum and net force
• CHAPTER 7 WAVE PROPERTIES
• 7.1 Mechanical waves
• 7.2 The wave equation
• CHAPTER 8 WAVE BEHAVIOUR
• 8.1 Wave interactions
• 8.2 Resonance
• CHAPTER 9 SOUND WAVES
• 9.1 Sound as a wave
• 9.2 Sound phenomena
• 9.3 Standing waves
• CHAPTER 10 RAY MODEL OF LIGHT
• 10.1 Light as a ray
• 10.2 Refraction
• 10.3 Curved mirrors and lenses
• CHAPTER 11 THERMODYNAMICS
• 11.1 Heat and temperature
• 11.2 Specific heat capacity
• 11.3 Latent heat
• 11.4 Conduction
• 11.5 Convection
• 11.6 Radiation
• CHAPTER 12 ELECTROSTATICS
• 12.1 Electric charge
• 12.2 Electric fields
• 12.3 Coulomb’s law
• CHAPTER 13 ELECTRIC CIRCUITS
• 13.1 Electric current and circuits
• 13.2 Energy in electric circuits
• 13.3 Resistance
• 13.4 Series and parallel circuits
• CHAPTER 14 MAGNETISM
• 14.1 What is magnetism?
• 14.2 Magnetic fields
• 14.3 Magnetic field strength