Electrodynamics (Griffiths)

Every lesson in the Electrodynamics (Griffiths) slide course, in full text: 5 decks, 304 slides.

• Vector Analysis: the ToolkitGriffiths Chapter 1 built for Chapters 2-4: the separation vector, gradient, divergence and curl, the three integral theorems, spherical and cylindrical coordinates, and the delta function.
• Electrostatics: Coulomb's Law to Gauss's LawGriffiths 2.1-2.2: Coulomb's law and the electric field, continuous charge distributions, field lines and flux, Gauss's law in both forms, the three symmetric applications, and why the curl of E is zero.
• Electric Potential, Energy, and ConductorsGriffiths 2.3-2.5: the potential as a line integral of E, E = -grad V, Poisson and Laplace, boundary conditions at a surface charge, electrostatic energy and where it is stored, the five properties of conductors, and capacitance.
• Special Techniques: Laplace, Images, Separation of Variables, MultipolesGriffiths Chapter 3: Laplace's equation and the mean-value property, the uniqueness theorems, the method of images, separation of variables in Cartesian and spherical coordinates with Fourier's trick, and the multipole expansion.
• Electric Fields in MatterGriffiths Chapter 4: induced and permanent dipoles, polarization P, bound surface and volume charges, the electric displacement D and Gauss's law with free charge, linear dielectrics, dielectric capacitors, and energy in dielectric systems.