A plane wave in vacuum with electric field E 0 = xE 0 exp[i(k 0 z
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A plane wave in vacuum with electric field E0 = x̂E0 exp[i(k0z − ω0t)] reflects at normal incidence from a mirror which moves at constant speed νẑ. Derive the results found in Application 22.4 for the frequency and electric field amplitude of the reflected wave using a method which never leaves the laboratory frame.
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To derive the results for the frequency and electric field amplitude of the reflected wave using a method that stays in the laboratory frame we can apply the concept of Doppler shift and conservation ...View the full answer
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