Electromagnetic Theory  (PHY 355.001)-Spring Semester, 2004

Text:
Introduction to Electrodynamics by David J. Griffiths 3rd ed (1999)
Meets at:
9:25-10:40 TR, Willet Science Center (WSC) Room 106
Prerequisites:
MATH 293 and 330, PHY 162
Instructor:
Dr. Randall D. Peters
Office:
WSC Room 115, Office phone: 301-2747 (home phone: 745-6963)
Office hours:
MW 3:00, TR 11:00, or by appointment.  
e-mail:
peters_rd@mercer.edu
personal homepage:
http://physics.mercer.edu/hpage/peters.html
physics department homepage:
http://physics.mercer.edu


This is an intermediate course in the theory of electricity and magnetism, for junior or senior level students.  Because of the prerequisites, students are assumed to know some basic physics that operates with vector calculus as applied to simple differential equations.  After some review, and expanding the base of vector mathematics, we will begin our study of electric and magnetic systems by looking at static fields in vacuum.  We will then see how field equations are modified by the presence of matter.  Once the influence of time variations have been included, we will develop Maxwell's equations. Suitably armed, we will attack some problems described in the text in either chapter 9 (electromagnetic waves) or chapter 11 (dipole radiation), according to student interest.

                  


Course Content  

Essential elements of the first 7 chapters of the text, followed by selected topics as time permits.


Course Objectives

At the end of this course, students should be able to:

Final Exam: Saturday, 1 May 9-12..

Grading Scale: 60-D-70-C-80-B-90-A-100
(based on: Homework-1/3, Midterm-1/3, and comprehensive Final-1/3.


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