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Suppose an electromagnetic plane wave propagating in vacuum in the +k-direction has a polarization with the electric field in the +i-direction immediately before it strikes a perfect conductor at normal incidence. What are the directions of the E and B vectors of the transmitted wave? E in the – i-direction, and B in the + j-direction O Ë in the +i-direction, and B in the + j-direction O E in the +i-direction, and B in the – j-direction O Ë in the - i-direction, and B in the – j-direction O There is no transmitted wave in a perfect conductor.

Suppose an electromagnetic plane wave propagating in vacuum in the +k-direction has a polarization with the electric field in the +i-direction immediately before it strikes a perfect conductor at normal incidence. What are the directions of the E and B vectors of the transmitted wave? E in the – i-direction, and B in the + j-direction O Ë in the +i-direction, and B in the + j-direction O E in the +i-direction, and B in the – j-direction O Ë in the - i-direction, and B in the – j-direction O There is no transmitted wave in a perfect conductor.

Principles of Physics: A Calculus-Based Text
Principles of Physics: A Calculus-Based Text
5th Edition
ISBN:9781133104261
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter24: Electromagnetic Waves
Section24.4: Energy Carried By Electromagnetic Waves
Problem 24.2QQ
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Suppose an electromagnetic plane wave propagating in vacuum in the +k-direction has a polarization with the electric field in the +i-direction immediately before it strikes a perfect conductor at normal incidence. What are the directions of the E and B vectors of the transmitted wave? E in the - i-direction, and B in the + -direction O Ē in the + i-direction, and B in the + j-direction O E in the +i-direction, and B in the – j-direction E in the – i-direction, and B in the – j-direction O There is no transmitted wave in a perfect conductor.
Transcribed Image Text:Suppose an electromagnetic plane wave propagating in vacuum in the +k-direction has a polarization with the electric field in the +i-direction immediately before it strikes a perfect conductor at normal incidence. What are the directions of the E and B vectors of the transmitted wave? E in the - i-direction, and B in the + -direction O Ē in the + i-direction, and B in the + j-direction O E in the +i-direction, and B in the – j-direction E in the – i-direction, and B in the – j-direction O There is no transmitted wave in a perfect conductor.
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