2D Relative Motion: Effect of wind and currents on velocity and displacement
Projectile Motion: Objects in freefall in a gravitational field
2D Momentum: Conservation of momentum in two dimensions
Inclined Planes: Freefall with and without friction on an incline
Uniform Circular Motion: Objects moving in a circle with constant speed
Statics and Equilibrium: The physics of balanced forces to achieve stability
Torque: Force applied at a distance to produce rotational forces
Gravitational Fields: Newton's gravitational laws and orbits
Electric Fields: Fields and forces generated by charged particles
Circuit Basics: Voltage, resistance and current
Series Circuits: Single path for electron flow
Parallel Circuits: Multiple paths for electron flow
Magnetism Basics: Domain Theory
Left Hand Rules: Generation of magnetic fields from currents
Induced Currents: Forces generated by motion of charged particles in fieldsÂ
Generators and Motors: Using induction to generate electricity or create motion
Transformers: How current voltage is altered to allow for transmission over long distances
The Quantum Idea: The discovery that energy, like matter, is quantized
The Photoelectric Effect: Electron emission due to light exposure
Bohr Hydrogen Atom: Quantization of energy levels in H atom
Wave Particle Duality: Idea that light carries momentum, and matter travels as a wave