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PHYS565
Mathematical Physics
PHYS565 SP
Photo Caption and Credits
Spring 97 Availability (Last Updated on Sat Mar 8 05:00:06 EST 1997
)
Section Limit Enrollment Available
01 30 5 25
Much of mathematical physics has grown from the need to
solve second-order differential equations. The course will
emphasize certain techniques that are employed for this
purpose, including complex analysis, Fourier and Laplace
transforms, and Green's Functions. The course may be taken
by juniors and seniors provided they secure the permission
of the instructor.
MAJOR READINGS
G. Arfken, MATHEMATICAL METHODS FOR
PHYSICISTS (4th ed.).
EXAMINATIONS AND ASSIGNMENTS
Midterm and final exam. Weekly
problem sets, which will occasionally include some
computing.
ADDITIONAL REQUIREMENTS and/or COMMENTS
Open to qualified
juniors and seniors (by permission) as well as to graduate
students.
COURSE FORMAT: Lecture
REGISTRATION INFORMATION
Level: GR Credit: 1.00
Prerequisites:
PHYS213 and PHYS224 and PHYS214
- Section 01
- Baierlein, R
- Times: M.W.F.. 11:00AM;
- Grading Mode: A/F
- Registration Preference (1 high to 6 low, 0=Excluded) Sr: 0, Jr: 0, So: 0, Fr: 0
- No Major Preference Given
Last Updated on MAR-10-1997
About the Photo:
Reference:
Arfken, George. MATHEMATICAL METHODS FOR
PHYSICISTS. San Diego, California: Academic Press, Inc.,
1985
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