Week  Monday  Wednesday  Friday 
1 
Aug. 23 Introduction, Vector Notation
 Aug. 25 Div, Grad, Curl
 Aug. 27 Integrals, Fundamental
Theorems

2 
Aug. 30 Coordinates, Delta Fcns
 Sept. 1 Electric Fields
 Sept. 3 Gauss's Law

3 
Sept. 6 Labor Day
 Sept. 8 Gauss's Law Examples
 Sept. 10 Potentials

4 
Sept. 13 Boundary Conditions, Work and
Energy
 Sept. 15 Work and Energy Examples
 Sept. 17 Conductors

5 
Sept. 20 Capacitors
 Sept. 22 Review
 Sept. 24 Introduction to Laplace's
Equation

6 
Sept. 27 Exam 1:
on Chapters 1 and
2
 Sept. 29
Discuss Exam, Method of Images
 Oct. 1 Method of Images

7 
Oct. 4
Separation of Variables, Cartesian
 Oct. 6 Separation of Variables, Polar
 Oct. 8 Separation continued

8 
Oct. 11 Multipole Expansion
 Oct. 13 Multipole Expansion Continued
 Oct. 15 Polarization

9 
Oct. 18 Field of Polarized Object
 Oct. 20 Electric Displacement
 Oct. 22 Electric Displacement

10 
Oct. 25 Linear Dielectrics
 Oct. 27 Linear Dielectrics
 Oct. 29 Review

11 
Nov. 1 Exam 2
 Nov. 3 Intro Magnetostatic
 Nov. 5 Lorentz force law, BiotSavart law

12 
Nov. 8 Div and Curl, Ampere's law
 Nov. 10 Ampere's law
 Nov. 12 Vector potential

13 
Nov. 15 Multipole expansion
 Nov. 17 Examples
 Nov. 19 Magnetization

14 
Nov. 22 Fields of Magnetized Objects
 Nov. 24 Thanksgiving Break
 Nov. 26 Thanksgiving Break

15 
Nov. 29 Auxillary Fields
 Dec. 1 Boundard Conditions
 Dec. 3 Linear and Nonlinear
Media

16 
Dec. 6
 Dec. 8
 Dec. 10 Review

17 
 December 15 Final Exam 12:00 Noon
