PH 316 Electric and Magnetic
Fields
Web Page for Fall 2006 September 25, 2006 |
Mike Moloney CL-109 877-8302 (home) (812) 466 1328 moloney@rose-hulman.edu
Approximate breakdown of credit: {2 hour exams + final exam) 2/3, homework and worksheets 1/3
Handouts, downloads, etc.
Work, KE, E = -gradient V
Laplace's equation and 'relaxation' in xyz
to approximate the potential
Laplace's equation in cylindrical coordinates;
recipes for relaxation
Remarks (solutions) on homework
set 4
Notes on doing spherical integrals
Stack precipitator worksheet
Law of cosines applied to spherical
and cylindrical images
Series solution template for laplace solution
Capacitance worksheet
Specs
for Exam 1, Fall 2006
Calculating the quadrupole
moment of an ellipsoid
Using image charges with a plane boundary
between dielectrics
Show B = curl A, from the Biot-Savart
law, and obtain A as an integral over J
Plane
Waves and Maxwell's Equations
Obique
incidence of plane waves - critical angle and beyond
Why does light travel slower in glass?