• Physics Fundamentals

• Types of Errors

• Taking and Writing Readings, Uncertainties

• Accuracy and Precision

• Work, Power, & Energy

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• Thermal Properties of Matter

• The First Law of Thermodynamics

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• The Electric Field

• Visualising Fields, Field Strengths and Energy

• Electric Field Between Plates

• The Laws of Electromagnetic Induction

• Moving Conductors and The Magnetic Field

• The Equations of  Motion

• 1-D Motion

• 2-D Motion

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• Definitions

• Derivation of Centripetal Acceleration

• Circular Motion - Examples

• Types of Motion

• Simple Harmonic Motion:

  • Displacement, Velocity & Acceleration​

  • Energy

  • External Influences

  • Examples

• Introduction

• Restistance and Resistivity

• Electrical Components

• E.M.F., Internal Resistance & Power

• Introduction to Alternating Current (A.C.)

• Transformers

• Rectification

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• Newton's Laws of Motion

• Investigating The Laws of Motion

• Principle of Conservation of Momentum

• The Gravitational Field

• Application Concepts

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• Introduction to Wave Motion

• Types of Waves

• Interference

• Standing Waves

• Sound

• EM Waves

• Introduction

• Typical Circuits

• Important Concepts

• Potential Dividers and Potentiometers

• Properties of Em Waves

• Experiments Proving Wave-Particle Duality

• The Atomic Model and Energy Levels

• The Electron

• Introduction to Forces

• Turning Effect of Forces

• Equilibrium

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• Temperature and Temperature Scales

• Gas Laws

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• Interference

• Diffraction

• Diffraction of Light

• Diffraction Grating

• Rayleigh Criterion

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• The Magnetic Field

• Flowing Charges and The Magnetic Field

• Electric and Magnetic Field Together

• Atoms

• The Atom and Binding Energy

• Nuclear Reactions

• Radioactivity

• Commonly Used Units