Electrodynamics

Problems

Tabulation of commonly used tools

	Dipoles
	Properties of conductors in electrostatics
	Dielectrics
	Boundary conditions in electrostatics

Methods for solving electrostatic problems

	The multipole expansion
	The method of images
	Boundary value problems

Useful mathematical formulas

	Ampere’s law
	The Biot-Savart law
	The magnetic vector potential
	Boundary conditions in magnetostatics
	The force on a current distribution
	The magnetic dipole moment of a charge distribution
	Magnetic materials

Maxwell’s equations

	Faraday’s law
	Quasi-static situations

Energy and momentum in electrodynamics

The Lorentz gauge

The wave equation

	Plane waves at boundaries
	Polarization by reflection
	Total internal reflection
	Reflection by a good conductor

Electrodynamics in relativistic notation

Radiation produced by moving charges

The Liénard-Wiechert potentials

The equations of motion

Please let me know about any mistakes and omissions. Post a message on the discussion forum or send e-mail to mbreinig@utk.edu .