E-M Home Page/Introduction/Structure/ First Created 8/21/08
 
     

Syllabus

PHYS 3323, Electromagnetic Field Theory, Fall 2008

Catalog Description: (3 hr credit: 3 hr lecture)
A mathematical treatment of the fundamentals of classical electromagnetic theory. Topics include electrostatics and electrodynamics, vector calculus, theory of dielectrics, magnetostatic fields, electromagnetic induction, magnetic fields of currents, and Maxwell's equations. Prerequisites: PHYS 2326 and 2126; credit or registration in MATH 3415 or MATH 3320.

This course is required in the TAMUK Physics major; it is an advanced elective in other majors.

Meetings: Lecture 1:00-1:50 MWF, Hill 102 (TTVN room), or at non-Kingsville sites via TTVN.

Faculty: Dr. Paul H. Cox, Professor
Office: Hill 211
Phone: (361)593-2623; or department phone (361)593-2618.
email: phcox at tamuk.edu
    Note: email is more effective than voicemail.
Fax: (361)593-4011 (not confirmed reliable)   Department fax: (361)593-2184
Professor's Webpage:http://physics.tamuk.edu/~cox/ (Note no www before "physics".)
Office hours:
Scheduled office hours (subject to change): MWF 11:00-12:50; TR 9:30-12:50
Unscheduled Office Hours by appointment
Informal office hours when in

Course objectives:
Students who should pass this course will be able to:
(1) Work correctly with physical quantities. This includes correct and complete treatment of appropriate units. This also includes correct treatment of accuracy in data.
(2) Work correctly with vector quantities and vector calculus.
(3) Analyze situations to recognize all the information which is present.
(4) Solve new problems, using general principles and techniques, in the areas discussed in the course.
Student learning outcomes: Upon successful completion of this course, the student will be able to recognize, in unfamiliar contexts, the concepts covered in the course, and will be able to apply these concepts to work unfamiliar problems, as evidenced by satisfactory completion of an assessment exam. Further information will appear on related webpages.

Text: Griffiths, Introduction to Electrodynamics, Third Edition (Prentice Hall, 1999) ISBN 0-13-805326-X

Tests and Grading:
In-term exam (date TBA, probably late October; covers thru Ch. 4) will count 30%
Cumulative final will count 30%
Problems and Participation will count 30%
Whichever of these three components yields the best score will count for the last 10%.

The immediate evaluation of graded work will be mainly an evaluation of what fraction of the whole problem you did well. That fraction is seldom commensurate with a 90%=A to 59%=F scale; about half right is often a respectable result, especially considering time constraints. Hence, total of the point scores will be curved at semester end, unless that would produce downward revisions.

Most exam material will be problems. Partial credit will be given when earned, but relevant steps must be shown to receive full credit for correct answers. Multiple-choice or other short-answer question forms will be used to a limited extent.

Attendance, etc.:
Prompt regular attendance is important to success in every scheduled endeavor, including classes. Because recent changes in government policies require such information, I will generally check attendance. However, there is no component of this course grade directly attributed to attendance. If you can complete the assignments and score high (honestly) on the tests, you can receive an A without sitting through any other part of the course. (However, that is extremely implausible unless you are registered for this course only in order to validate knowledge acquired elsewhere.)
You should recognize that, in accordance with Murphy's Law, if you miss just once, that class that you miss will probably be the only time that some concept will be covered that will mean ten or twenty points on a test.
I do not drop students for excessive absences, normally; if you simply stop coming, you may expect to receive an F. Further, under government regulations you may face financial penalties.
Actions such as coming late, leaving early, being interrupted by cell phones, etc., are substantially matters of infractions of courtesy to your classmates, and I expect to leave responding to such interruptions to their discretion, as long as they are not substantially disruptive.
If degree candidates will require an early final, they should notify me early in the term, and again about two weeks before finals. At the latter time, a time for such an early final will be arranged. If an early final is scheduled for degree candidates, then other students may choose to take the final at that time, thereby finishing early. However, the final will cover the entire course even if the early exam time precedes discussion of some sections.
Make-up arrangements will depend on circumstances; these must be discussed as soon as possible: before the scheduled exam time if possible.

The assignments used in previous years are already accessible. These will be my starting point for building this term's assignments. Hence, if you have more time now than you expect to have later, you can work on these and if you complete all those from one previous-year assignment, you will have done much of this term's corresponding assignment.
The final forms of the assignments will be announced as they are determined, to be due not less than one week after being announced.

Content, schedule:
We will progress through the indicated text, I trust covering to Ch. 7 at least. Ch. 9 and 10 include the fancy stuff; it would be nice to get that far.


(These paragraphs adapted from materials distributed to TAMUK faculty.)
Students with Disabilities, including learning disabilities, may have reasonable accommodations made if appropriate notice is given. This normally requires registration, including appropriate documentation, with the Services for Students with Disabilities office.
Misconduct: See the Student Handbook. Students who engage in any form of misconduct are subject to disciplinary procedures. This includes academic misconduct which specifically includes plagiarism and all forms of cheating.
The faculty reserves the right to check submitted work for plagiarism, including by the use of suitable software.
 
E-M Home Page/Introduction/Structure/

Format for this page adapted with permission from pages
constructed by Dr. Lionel D. Hewett for his course Modern Physics 1.