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Unformatted text preview: Lecture 22 Chapters 29 and 30 Page 1 Complete Laws of Electromagnetism Maxwells Equations (with matter) Integral Form Gausss Law for E = o q A d E Gausss Law for B = A d B Faradays Law  = = dt d r d E mf B ind Ampres Law + = dt d I r d B E o o o Discussion of Maxwells Equations Lecture 22 Chapters 29 and 30 Page 2 Integral Form Gausss Law for E = A d E Gausss Law for B = A d B Faradays Law  = = dt d r d E mf B ind Ampres Law = dt d r d B E o o Discussion of Maxwells Equations Lecture 22 Chapters 29 and 30 Page 3 Electromagnetic Waves To Date: we discussed two independent regimes of theory: First Category (independent theories) 1. electrostatics 2. magnetic fields of steady currents in conductors: What happens when these E and B fields interact? Second What happens when these E and B fields interact?...
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This note was uploaded on 01/10/2012 for the course PHYS 2114 taught by Professor Bandy during the Spring '08 term at Oklahoma State.
 Spring '08
 Bandy
 Magnetism

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