MWF 12-12:50 PM | OPL 107 | http://www.wfu.edu/~natalie/s06phy712/ |
Instructor: Natalie Holzwarth | Phone:758-5510 | Office:300 OPL | e-mail:natalie@wfu.edu |
Read Chapters I and 1 in Jackson.
Complete Chapter 1 in Jackson.
Continue Reading Chap 1 in Jackson
Continue reading Chap 1 in Jackson
Start reading Chapter 2 in Jackson.
Continue reading Chapter 2 in Jackson.
Continue reading Chapter 2 in Jackson.
Start reading Chapter 3 in Jackson.
Continue reading Chapter 3 in Jackson.
Review last section of Chap 1 in Jackson
Finish reading Chapters 1-3 in Jackson
Continue reading Chapter 4 in Jackson
Finish reading Chapter 4 in Jackson
Finish reading Chapter 6 in Jackson
Start reading Chapter 7 in Jackson
Continue reading Chapter 7 in Jackson
Continue reading Chapter 7 in Jackson
Continue reading Chapter 8 in Jackson.
Complete Chap. 8 and start Chap. 11 in Jackson
Continue reading Chap. 11 in Jackson
Continue reading Chapter 11 in Jackson
Finish reading Chapter 11 and start Chapter 14 in Jackson
Note: The original problem was not totally well-defined. In order to define the problem, assume all measurements are taken at t′ = 0.
In the following, assume that there is a particle at the origin in the "prime" frame (x′,y′, z′) and that we want to determine the fields (electric and magnetic) at the point r′=a′x′+ b′y′ as measured in the "prime" frame at t′ = 0.
Continue reading Chapter 14 in Jackson
Continue reading Chapter 14 in Jackson
Start reading Chapter 9 in Jackson
Continue reading Chapter 9 in Jackson
Continue reading Chapter 9 in Jackson
Start reading Chapter 10 in Jackson