EE325_HW11 - EE325-Fall 2009 Problem Set 11 Problem 1...

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EE325-Fall 2009 Problem Set 11 Problem 1 Problem 12.23 in the textbook. Problem 2 Problem 13.1 in the textbook. Problem 3 Problem 13.3 in the textbook. Problem 4 The plane 0 z = defines the boundary between air ( 0 z < ) and a dielectric material ( 0 z > ) with 3, 1 rr εμ == . Let the electric field phasor of the incident plane wave be 15 1 ˆ 10 V/m jz sx e +− = Ea . Find a) the frequency f b) the reflected wave 1 s E in air c) the transmitted wave 2 s + E in the material d) the time averaged Poynting vector for the transmitted wave 2 + <> S e) the percentage of the power reflected from the boundary f) the percentage of the power transmitted into the dielectric
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This note was uploaded on 02/07/2010 for the course EE 325 taught by Professor Brown during the Fall '08 term at University of Texas.

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