Week Dates Lecture Topics Reading Assignments
1 Sep 2 Electrostatics: Introduction 2.1
2 Sep 8 Electric fields 2.1
Sep 9 Electric fields & vector analysis 2.1
3 Sep 13 Gauss’s Law 2.2
Sep 16 Gauss’s Law 2.2
4 Sep 20 Electric potential 2.3
Sep 23 Electric potential 2.3
5 Sep 27 Work and energy 2.4
Sep 30 Conductors and capacitance 2.5
6 Oct 4 Potentials: Laplace’s Equation 3.1
Oct 7 Uniqueness of solutions 3.1
7 Oct 11 Method of images 3.2
Oct 14 Separation of variables 3.3
8 Oct 18 Separation of variables 3.3
Oct 21 Midterm Exam
9 Oct 25 Multipole expansion 3.4
Oct 28 Electric fields in matter; 4.1
10 Nov 1 Polarization 4.1
Nov 4 Polarization-induced fields 4.2
11 Nov 8 The D-field 4.3
Nov 11 Linear dielectrics 4.4
12 Nov 15 Magnetostatiscs, Currents 5.1
Nov 18 Biot-Savart Law 5.2
13 Nov 22 Curl and divergence of B 5.3
Nov 25 Thanksgiving break - No class
14 Nov 29 No class (Wed Class on a Mon)
Dec 2 Ampere’s Law 5.3
15 Dec 6 Magnetic vector potential 5.4
Dec 9 Magnetization 6.1
16 Dec 13 The Field of Magnetized Objects 6.2
In addition to these assignments, we’ll be reviewing Chapter 1.1-1.6.