Formulas
Electrostatic force, field, potential energy, potential,
energy conservation
Flux, Gauss' law
Properties of conductors and
capacitors
Kinematics, (electric force)
Uniqueness theorem, boundary value problems
Method of images
Electrostatic energy (conductors and
dipoles)
Maxwell's equations for electrostatics
Formulas
Polarization and the electric
displacement
Boundary value problems with dielectrics
Gauss' law for
D
The method of images with dielectrics
Capacitors with
dielectrics, energy, force
Formulas
Current and
DC circuits (Ohms law)
Resistors in series and parallel,
Kirchhoff's rules
Maxwell's equations for
magnetostatics, boundary conditions
Ampere's law
Biot-Savart law
Magnetic dipole moment and dipole field
Force and torque on moving charges, current
carrying wires, and
dipoles
Magnetostatic energy
Magnetic materials
Formulas
Faraday's law
Motional emf
Faradays law/Motional emf
Mutual and self inductance
Induced emf and energy
Maxwell's displacement current
Formulas
AC circuits RC
AC circuits RL
AC circuits RLC
AC circuits ladder
AC circuits (other circuits)
Transients RC
Transients RL
Transients RLC
Formulas
Maxwell's equations, (charge
conservation, wave equation)
Scalar and vector potentials
Circuits and non-conservative
fields
Energy and momentum flux (formal)
Energy and momentum flux (examples)
Formulas
Simple plane waves
Plane waves in dielectrics, dielectric-dielectric boundaries
Plane waves in conductors, dielectric-conductor boundaries
Perfect conductors and wave guides
Geometrical optics
Wave Optics
Polarization
Formulas
Point charge in
non-periodic motion
Point charges in
periodic motion
Point
charges in damped periodic motion
Radiating dipoles
Antennas
Scattering of radiation
Other radiation problems
Formulas
Lorentz transformation of the electromagnetic fields
Lorentz transformation of the 4-vector current and potential
The transformation of the force
Lorentz Invariants
The Doppler effect