Topic Textbook
Sections Lectures
Electromagnetic Model
Introduction 1.1,
1.2 1
SI units 1.3
Static Electric Field
Coulomb's Law 3.3-3.3
Guass' Law 3.4
Electric Potential 3.5 7
Conductors, Dielectrics 3.7,
3.7
Boundary conditions 3.9
Capacitors 3.10
Energy 3.11
Exam
1:(Friday, March 5)
Solution of Electrostatic
Problems
Poisson and Laplace Equations 4.1, 4.2
Uniqueness of solution 4.3 5
Method of images 4.4
Boundary value problems 4.5-4.7
Steady Currents
Current density and Ohm's law 5.1, 5.2
Electromotive force 5.3
Continuity of current 5.4 3
Power dissipation 5.5
Resistance 5.6,
5.7
Exam
2:(Friday, April 16)
Static Magnetic Fields
Magnetostatics postulates 6.1,
6.2
Vector magnetic Potential 6.3
Biot-Savart law 6.4 5
Magnetization and
permeability 6.5-6.7
Magnetic circuits 6.8-6.10
Inductors 6.11
Time Varying EM fields
Magnetic induction 7.1,7.2
Displacement current 7.3
Maxwell's equations 7.3 4
Boundary conditions 7.5
Time harmonic fields 7.7
Summary