Module 1: Kinematics

1.1 Motion in a Straight Line
1.2 Motion on a Plane
Module 2: Dynamics

2.1 Forces
2.2 Forces, Acceleration and Energy
2.3 Momentum, Energy and Simple Systems
Module 3: Waves and Thermodynamics

3.1 Wave Properties
3.2 Wave Behaviour
3.3 Sound Waves
3.4 Ray Model of Light
3.5 Thermodynamics
Module 4: Electricity and Magnetism

4.1 Electrostatics
4.2 Electric Circuits
4.3 Magnetism
Module 5: Advanced Mechanics

5.1 Projectile Motion
5.2 Circular Motion
5.3 Motion in Gravitational Fields

2 Topics
1. The Motor Effect
2. Force Between Two Current Carrying Conductors
Module 6: Electromagnetism

6.1 Charged Particles, Conductors and Electric and Magnetic Fields
6.2 The Motor Effect

1 Topic
1. Improving Transformer Efficiency
6.3 Electromagnetic Induction
6.4 Applications of the Motor Effect

1 Topic
1. Back EMF
Module 7: The Nature of Light

7.1 Electromagnetic Spectrum

3 Topics
7.2 Light: Wave Model
7.3 Light: Quantum Model

2 Topics
1. Comparing Models of Light
2. The Photoelectric Effect
7.4 Light and Special Relativity
Module 8: From the Universe to the Atom

8.1 Origins of the Elements

5 Topics
8.2 Structure of the Atom

3 Topics
8.3 Quantum Mechanical Nature of the Atom

2 Topics
1. De Broglie's Matter Wave
2. Hydrogen Spectrum
8.4 Properties of the Nucleus

2 Topics
1. Nuclear Decay
2. Nuclear Fission
8.5 Deep Inside the Atom

4 Topics

HSC Physics 1.1 Motion in a Straight Line

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Lesson 1 of 29

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1.1 Motion in a Straight Line