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Introduction
Mechanics
Thermodynamics
Electricity and Magnetism
Waves
Light
The Atom and the Nucleus
Modern Physics
Latest
Accuracy & Precision
The Birth of Classical Physics Part 3
The Birth of Classical Physics Part 2
The Birth of Classical Physics
Average Acceleration
The Ticker Timer
Interpreting Heat Curves
Change of State
Mapping Electric Fields
Einstein’s Postulates
Introduction
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Measurement
What is Physics
SI Units
Derived Units
Significant Figures and Scientific Notation
Accuracy & Precision
Mechanics
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Dynamics
Describing Motion
Gravity
Momentum
Motion in one Dimension
Projectile Motion
Satellites
Uniform Circular Motion
Vectors
Creating a Model for Motion
Average Acceleration
The Ticker Timer
The Birth of Classical Physics
The Birth of Classical Physics Part 2
The Birth of Classical Physics Part 3
Describing the Motion
Types of Orbit D
Introduction to Momentum
Change in Momentum
An Isolated System
Kinetic Energy
Analysing Multi Image Diagrams
Conservation of Momentum
Solving Problems Using Conservation of Monentum
Firing a Projectile into a Block
Rocket Propulsion
Predicting the Existance of Neutinos
Vectors and Scalars
When Force is Perpendicular to Velocity
Basic Operations
Banking on a Corner
Analysing a Projectile’s Motion
Two Independent Motions
Investigating Centripetal Force
Newton’s Universal Law of Gravity
The Equations of Motion
Cavendish Determines G
Solving Problems
Locating a Point of Zero Field Strength
Investigating Launch Angle
Kepler’s Laws of Planetary Motion
Unequal Launch and Landing Heights
Physics of Satellites A
Physics of Satellites B
Physics of Satellites C
Introducing Air Resistance
Physics of Satellites D
Types of Orbit A
Types of Orbit B
Types of Orbit C
Drag Coefficient of a Cupcake Holder
Thermodynamics
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Interpreting Heat Curves
Change of State
Electricity and Magnetism
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Electric Fields
Electrostatics
Conservation of Charge
Corona Discharge
Mathematical Description of Electric Fields
Using Proportionality
Photocopiers
The Electroscope
Insulators and Conductors
Mapping Electric Fields
Pictorial Representation of Electric Fields
Superposition
Gravitational Forces vs Electrostatic Forces
Historical Development of Electrostatics
Locating the Point of Zero Electric Field
The Van de Graaff
Electric Fields
Types of Charge
Coulomb’s Law
Charging an Object
Waves
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Types of Waves
Wave Behaviour
Wave Phenomena
Wave Terminology
Types of Waves A
Introduction to Waves
Huygens’ Principle
Diffraction
Types of Waves B
When Waves Meet
Coherence
A Mathematical Model far a Wave
Pulses and Continuous Waves
Interference
Light
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The Atom and the Nucleus
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The Standard Model
CERN’S Large Hadron Collider
Modern Physics
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Special Relativity
Einstein’s Postulates
Reference Frames
Relative Velocity
Galileo’s Principle of Relativity
Time Dilation
The Twin Paradox
Evidence for Special Relativity C
Simultaneity
Evidence for Special Relativity A
Evidence for Special Relativity B
The Hunt for a Special Reference Frame
