Maxwell's Equations Creative Commons License

E · ndA = ˆ S 1 0 v/s ρe (xo )d3 xo = Qins 0 Gauss’s Law Electricity Gauss’s Law Magnetism Ampere’s Law Faraday’s Law (1) (2) (3) (4) B · ndA = µ0 ˆ S v/s ρm (xo )d3 xo = 0 J · ndA ˆ s/c B · dl = µ0 C E · dl = − C d dt B · ndA ˆ s/c Extra Credit: B · dl = µ0 C s/c J · ndA{+µ0 ˆ 0 0 d dt E · ndA} ˆ s/c (5) MDL (6) + µ0 d dt E · ndA ˆ s/c 1


Document Info

Posted By:
Alex Beutel
Date:
Sunday, March 23, 2008
School:
Duke University
Class:
Physics 42L
Tags:

About this Document

For Dr. Brown's second exam: all of Maxwell's Equations


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