PHYS 433 – E&M                 SPRING  2013 

 

 

 

Pre- and Co-requisite Courses:

Physics 121 (Physics II), Physics 234 (Physics III), and Physics 432 (Electromagnetism I).

Students are encouraged to take Physics 442 (Introduction to Quantum Mechanics) concurrently,

though it is not a prerequisite course.

 

A Short Introduction:

        This is a junior or senior undergraduate 3 credits course.

        This is a course with only lectures and no Labs.

       The emphasis of this course is on the elementary concepts of electromagnetic fields. Upon completion of the course, students are expected to be capable of using the Maxwell equations to calculate simple electromagnetic problems, ranging from radiation to wave propagation.

 

„TAKE HOME  CQZ2“

 

FINAL  EXAM :   5/9/2013   2:30 pm FMH409

 

Instructor:                       

 

 

Andrei Sirenko

476 Tiernan        

sirenko@njit.edu, 

tel: (973) 596-5342

Office hours:       Thursday and Friday:         11:30 am – 1:00 pm

 

Class Schedule:

1:00pm - 3:55 pm | FMH407

 

Webpage: http://web.njit.edu/~sirenko/

Syllabus, lecture notes, and homework assignments will be posted on the Website.

 

Course Textbooks: Introduction to Electrodynamics (4th Edition) by D. J. Griffiths

 

 

Homeworks: 20 %          Two in-class exams: 15% +15%                               Final exam: 50%

 

D  50%                C  60%                C+  65%              B  70%                 B+  75%              A  80%

 

Homework

Assignments will be due bi-weekly, usually on Thursdays. Assignments are due at the beginning of class.

Homework problems, lectures, and text readings will form the basis of the exam problems.

 

Exams:

There will be two in-class exams and a final exam. The exams will be based on the assigned homework problems, the assigned readings in the text, lecture notes, and the lectures. Students are allowed to use lecture notes and formula sheets. Not allowed to discuss the problems with other students.

 

Academic honesty

Students are encouraged to discuss the lectures and textbook material, work together on homework problems, and study together for exams. However, students are not allowed to present other people’s work as their own (including copying another student's homework as well as using of problem solutions found on the Internet or elsewhere).

 

 

week

Topic

Reading Materials

HW Assignment from the

Textbook

1

Jan 24

Magnetostatics

Ch. 1 – 4 repeated  

Ch. 5

 

2

Jan 31

 

Magnetostatics (cont.)

Ch. 5

HW1:

5.1  5.5  5.11  5.26 5.36

3

Feb 7

 

Magnetic Fields in Matter

Ch. 6

 

4

Feb 14

 

Magnetic Fields in Matter 2

Ch. 6

HW2:

6.3   6.7   6.13   6.23   6.26

5

Feb 21

 

Magnetic Fields

(problems)

Ch. 6

 

6

Feb 28

Electrodynamics / Maxwell Eqs.

Ch. 7

HW3:

7.8  7.17  7.27  7.45  7.51

7

March 7

 

Electrodynamics

(problems)

Ch. 7

 

8

March 14

 

CQZ1  on Ch 5 - 7

Conservation Laws

Ch. 8

HW4:

8.2   8.5   9.2  9.9   9.16

9

March 28

 

Electromagnetic Waves

Ch. 9

 

10

April 4

 

Electromagnetic Waves II

Ch. 9

11

April 11

 

EMW (problems) + EMW in Magnetoelectics

Ch. 9

 

12

April 18

 

Waveguides

Ch. 10

HW5:

9.23   9.24   9.30   9.31   9.37

Submission deadline

May 2nd

13

April 25

 

CQZ2 submission deadline

Potentials and Field, Radiation

Ch. 11

 

14

May 2

 

REVIEW

Ch. 1 - 11