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3.6.1 Periodic Motion
Angular Terminology - The motion of objects travelling in a circular path
Centripetal Force - The force that causes objects to travel in a circular path
Deriving Centripetal Acceleration - How to derive this important equation
Simple Harmonic Motion - The properties of a system that define it as undergoing SHM
SHM Equations - The equations used when working with simple harmonic motion
Timing SHM - How to accurately time an oscillator
Energy in SHM - Energy in an oscillating system
Resonance - The effect of resonance and how we can lessen these effects with damping
3.6.2 Thermal Physics
Particle Model - Particles and states of matter
Heat - Temperature, heat and internal energy
Changes of State - The energy supplied to a material and its state and temperature
Temperature - How we measure temperature and the absolute thermodynamic scale
Chemistry - A fundamental concept in Chemistry: the mole
Ideal Gases - Their corresponding equations, laws, constants and assumptions
Brownian Motion - The continuous movement of particles, even in stationary objects
Kinetic Theory Equation - How to derive the kinetic theory equation for an ideal gas
Gas Temperature - The relationship between temperature and the kinetic energies of particles
Required Practicals