Physics

Kevin Mehall

This site consists of my notes from MIT OpenCourseWare physics.

MIT 8.02: Electricity and Magnetism

#	Title
1	Electric Charges
2	Electric Fields
3	Electric Flux
4	Electrostatic Potential
5	More Electrostatic Potential
6	High-Voltage Breakdown
7	Capacitance
8	Dielectrics Polarization
9	Currents, Resistance
10	Batteries and EMF
11	Magnetic field
13	Moving Charges in Magnetic Fields
14	Biot-Savart Law
15	Ampere's Law, Solenoids
16	Electromagnetic Induction; Faraday's Law
17	Motional EMF; Dynamos; Eddy Currents
18	Displacement Current
19	Applications of electromagnetism
20	Inductance
21	Magnetic materials
22	Hysteresis; Bohr Magneton; Maxwell's Equations
24	Transformers; Car Coils; RC Circuits
25	LRC Circuits
26	Waves
27	Resonance; Electromagnetic waves
28	Electromagnetic wave energy
29	Refraction
30	Polarization, Scattering
31	Rainbows
33	Interference
34	Multiple-slit interference, diffraction, resolution
35	Doppler Effect, Cosmology

#	Title
4	Projectile motion
5	Uniform Circular Motion
7	Weight
8	Friction
10	Simple Harmonic Motion
11	Work and Energy
12	Drag and Resistive Forces
13	Potential Energy and SHM
14	Circular Orbits, Power
15	Momentum
16	Collisions
17	Impulse
19	Rotating Rigid Bodies
20	Angular Momentum and Torque
21	Angular Momentum and Torque
22	Kepler's Laws
23	Doppler Effect and Astronomy
24	Rolling Motion and Gyroscopes
25	Static Equilibrium
26	Elasticity
27	Fluid Mechanics
28	Hydrostatics
30	Simple Harmonic Motion
31	Forced Oscillations and Resonance
32	Heat - Thermal Expansion
33	Kinetic Gas Theory
34	Quantum Mechanics
35	High-Energy Astrophysics