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A planar electromagnetic wave in a sinusoidal shape propagates in an insulating material whose dielectric constant is( ke=2) If the value of the angular frequency of this wave is (3x10^7 rad/sec) Calculate the following: 1-The characteristic impedance of this wave (z) 2-wave number(k) 3-The velocity of the wave in this dielectric medium (v) ?

A planar electromagnetic wave in a sinusoidal shape propagates in an insulating material whose dielectric constant is( ke=2) If the value of the angular frequency of this wave is (3x10^7 rad/sec) Calculate the following: 1-The characteristic impedance of this wave (z) 2-wave number(k) 3-The velocity of the wave in this dielectric medium (v) ?

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
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A planar electromagnetic wave in a sinusoidal shape propagates in an insulating material whose dielectric constant is( ke=2) If the value of the angular frequency of this wave is (3x10^7 rad/sec) Calculate the following: 1-The characteristic impedance of this wave (z) 2-wave number(k) 3-The velocity of the wave in this dielectric medium (v) ?
Transcribed Image Text:A planar electromagnetic wave in a sinusoidal shape propagates in an insulating material whose dielectric constant is( ke=2) If the value of the angular frequency of this wave is (3x10^7 rad/sec) Calculate the following: 1-The characteristic impedance of this wave (z) 2-wave number(k) 3-The velocity of the wave in this dielectric medium (v) ?
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