EECS 220 Course Outline
Click on the title of a section to find the relevant
material for that section! This material includes:
Examples: A list of examples in your
book (for each section) that I feel are particularly important and
relevant. Make sure you read and
understand each of them!
Handouts: Fascinating
supplemental material written by your enlightened professor. Click on the image to see and print the pdf
file. Reading this material is a requirement of this class!!
Chapter
2 – Vector Analysis
Section
2-2 – Physical
Quantities and Units
Section
2-4 - Orthogonal Coordinate Systems
Section
2-5 – The
Calculus of Scalar and Vector Fields
Chapter
3 – Electromagnetic Sources, Forces, and Fields
Section
3-2 – Charge and Charge Density
Section
3-3 – Current
and Current Density
Section
3-4 – The Law of Charge Conservation
Section
3-5 – Two
Action-at-A-Distance Force Laws
Section
3-6 – The
Lorentz Force Law and Field Concepts
Section
3-7 – Maxwell’s
Equations
Chapter
4 – Electrostatic Fields in
Free Space
Section
4-2 – Maxwell’s
Equations for Electrostatics
Section
4-4 – E-field Calculations Using Coulomb’s Law
Section
4-5 –
Field Computation Using Gauss’s Law
Section
4-6 –
Voltage and Electric Potential
Section
4-7 –
Poisson’s and Laplace’s Equations
Chapter
5 – Electrostatic Fields in
Material Media
Section
5-4 – Electrostatic
Boundary Value Problems
Chapter
6 – Capacitance and Electric
Energy
Section
6-3 – The Energy
in an Electrostatic Charge Distribution
Section
6-4 – Energy
Storage in a Capacitor
Chapter
7 – Magnetostatics in Free Space
Section
7-2 – Maxwell’s
Equations for Magnetostatics in Free Space
Section
7-3 – The
Biot-Savart Law and the Magnetic Vector Potential
Section
7-4 – Field
Calculations Using Ampere’s Law
Section
7-5 – Magnetic
Potentials
Chapter
8 – Magnetostatic Fields in Material Media
Section
8-3 – Magnetic
Materials
Section
8-4 – Magnetostatic
Boundary Value Problems
Section
8-5 – Permanent
Magnets and Magnetic Recording
Chapter
9 – Magnetic Inductance, Energy, and Forces
Section
9-2 – Faraday’s Law of Induction
Section 9-4 – Magnetic Forces and Torques
Chapter
10 – Time –Varying Electromagnetic Fields
Section 10-2 – Displacement
Current
Section 10-3 – Maxwell’s Equations for Time-Varying Fields