SCHEDULE

5 Sept 1 Preview + electrostatics,
7 Sept 2 E field, flux and Gauss's Law
8 Sept Lab lecture, 3:30-5:00pm in Hoyt
12 Sept
3 Gauss's Law
14 Sept 4 Electric potential
19 Sept 5 Conductors in E fields,
21 Sept 6 Electrostatic energy, forces
26 Sept 7 Electric current, Kirchhoff's Laws, RC circuits
28 Sept 8 Magnetism, Lorentz force
3 Oct 9 Sources of B; Biot Savart Law,
5 Oct 10 Ampere's Law, forces between circuits
10 Oct 11 Magnetic Induction
12 Oct 12 Inductance
17 Oct First Class Test
19 Oct 13 AC Circuits
24 Oct 14 Displacement current, Maxwell's Equations
26 Oct 15 EM Waves in vacuum
31 Oct 16 Poynting vector
2 Nov 17 Calculus of vector fields
7 Nov 18 Maxwell's equations in differential form
9 Nov 19 Dielectrics
14 Nov 20 Dielectrics
16 Nov 21 Magnetic materials
20 Nov   Second class test 7pm-9.30pm
21 Nov 22 Magnetic materials
28 Nov 23 Electrodynamics in infinite matter
30 Nov 24 Waves at dielectric and conducting boundaries
5 Dec 25 Generation of EM waves and waveguides
7 Dec 26 Relativity and the unity of electromagnetism
12 Dec 27 Review session
13 Dec   Term paper due.
21 Dec Final examination at 08:30am