An electromagnetic plane wave, propagating in vacuum, has an electric field given by E = E...

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An electromagnetic plane wave, propagating in vacuum, has an electric field given by E = E cos (kx-wt) and is normally incident on a perfect conductor at x = 0, as shown in figure. Immediately to the left of the conductor, the total electric field E and the total magnetic field B are given by which of the following? E 0 2E cos wt Incident Wave O 2E cos wt 2E cos wt B O 0 x=0 2(Eo/c) cos wt 2(Eo/c) cos wt 2(Eo/c) sin wot An electromagnetic plane wave, propagating in vacuum, has an electric field given by E = E cos (kx-wt) and is normally incident on a perfect conductor at x = 0, as shown in figure. Immediately to the left of the conductor, the total electric field E and the total magnetic field B are given by which of the following? E 0 2E cos wt Incident Wave O 2E cos wt 2E cos wt B O 0 x=0 2(Eo/c) cos wt 2(Eo/c) cos wt 2(Eo/c) sin wot

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