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Energy Transfer Equations0:05:00

Energy Transfer Equations for Simple Harmonic Motion (SHM) (C.1.10 – HL only)

Mass–Spring System (C.1.6)0:03:31

Mass–Spring System (C.1.6)

Angular Frequency and0:03:14

Angular Frequency and the Defining Equation of Simple Harmonic Motion (SHM) (C.1.5)

Displacement, Velocity, and0:04:27

Displacement, Velocity, and Phase Angle in Simple Harmonic Motion (SHM) (C.1.9 – HL only)

Phase Difference (C.1.4)0:02:46

Phase Difference (C.1.4)

Graphing Simple Harmonic0:09:13

Graphing Simple Harmonic Motion (SHM) (C.1.3)

Energy Changes in0:04:40

Energy Changes in Simple Harmonic Motion (SHM) (C.1.8)

Introduction to Simple0:04:11

Introduction to Simple Harmonic Oscillations (C.1.1)

Simple Harmonic Motion0:08:11

Simple Harmonic Motion (SHM) (C.1.2)

The Simple Pendulum0:10:14

The Simple Pendulum (C.1.7)

Thermal Conductivity (B.1.7)0:06:16

Thermal Conductivity (B.1.7)

Luminosity and Apparent0:03:09

Luminosity and Apparent Brightness (B.1.9)

Black Body Radiation0:06:42

Black Body Radiation (B.1.8)

Specific Heat Capacity0:11:34

Specific Heat Capacity and Specific Latent Heat (B.1.5)

Temperature and Internal0:06:21

Temperature and Internal Energy (B.1.1)

The Boltzmann Constant0:02:07

The Boltzmann Constant and Average Kinetic Energy (B.1.2)

Thermal Energy Transfer0:03:06

Thermal Energy Transfer (B.1.6)

Phase Change (B.1.4)0:04:49

Phase Change (B.1.4)

Density (B.1.3)0:01:49

Density (B.1.3)

The Qualitative Effect0:04:33

The Qualitative Effect of Fluid Resistance on Projectiles (A.1.9)

Fluid Resistance and0:03:15

Fluid Resistance and Terminal Speed (A.1.8)

Projectile Motion (A.1.7)0:14:02

Projectile Motion (A.1.7)

Equations of Motion0:11:08

Equations of Motion for Uniform Acceleration (SUVAT Equations) (A.1.6)

Speed-Time and Velocity-Time0:12:08

Speed-Time and Velocity-Time Graphs (A.1.5)