Physics Semester 2 (Electricity/Magnetism)
	Electric Fields
	Conduction/Induction
	Coulomb's Law
	Electric Field
	Electric Field Lines, Particle Motion
	Gauss's Law
	Electric Flux
	Applying Gauss's Law
	Conductors in Electrostatic Equilibrium
	Electric Potential
	Potential Difference
	Electrical Potential of Point Charges
	Electrical Field vs Electrical Potential
	Charged Conductors
	Capacitance/Dialectrics
	Calculating Capacitance
	Capacitor Combinations
	Energy in Charged Capacitors
	Dialectrics
	Current and Resistance
	Electric Current
	Resistance
	Electrical Power
	DC Circuits
	Electromotive Force (emf)
	Resistor Combinations
	Kirchhoff's Rules
	RC Circuits
	Magnetic Fields
	Magnetic Forces
	Magnetic Forces on Current-Carrying Conductors
	Torque of Current Loops
	Charged Particle Motion in Magnetic Fields
	Sources of Magnetic Fields
	Biot-Savart Law
	Ampere's Law
	Solenoids
	Displacement Current
	Magnetism in Matter
	Faraday's Law
	Law of Induction
	Motional, Induced emf
	Generators, Motors
	Maxwell's Equations
	Inductance
	Self-Inductance, RL Circuits
	Energy in a Magnetic Field, Mutual Inductance
	LC Circuits
	RLC Circuits
	Alternating Current Circuits
	AC Sources, Resistors in AC Circuits
	Inductors in AC Circuits
	Capacitors in AC Circuits
	RLC Series Circuit w/ AC
	Power/Resonance in RLC Circuits
	Transformers
	Electromagnetic Waves
	Plane Electromagnetic Waves
	Energy in Waves
	Momentum, Radiation Pressure
	Light
	Nature of Light
	Reflection/Refraction
	Huygens's Principle and Dispersions
Total Internal Refraction and Critical Angles
Image Formation
Images formed by Flat Mirrors
Images formed by Spherical Mirrors
Images formed by Refraction
Thin Lenses
Lens Aberrations
Diffractions
Interference
Intensity Distribution
Phasors
Diffraction Patterns
Polarization

© Raymond Ma 2005