2. Magnetic field of the electromagnetic wave in free space is H = (4ã, - 3äy) cos (wt +3r +4y)) (in the SI units). Find: A) the wave vector B and the frequency w; B) the electric field E of the wave; C) the tinme averaged power P carried by the wave.
2. Magnetic field of the electromagnetic wave in free space is H = (4ã, - 3äy) cos (wt +3r +4y)) (in the SI units). Find: A) the wave vector B and the frequency w; B) the electric field E of the wave; C) the tinme averaged power P carried by the wave.
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![2. Magnetic field of the electromagnetic wave in free space is H = (4ã, – 3äy) cos (wt +3r +4y))
(in the SI units). Find: A) the wave vector 3 and the frequency w; B) the electric field E of the
wave; C) the time averaged power P carried by the wave.
%3D](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F00806677-d2bc-4666-a1ab-1cc08d4fb4c2%2F487ca28d-a3ec-47f5-abeb-fee9afb17402%2Fu2ylord_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2. Magnetic field of the electromagnetic wave in free space is H = (4ã, – 3äy) cos (wt +3r +4y))
(in the SI units). Find: A) the wave vector 3 and the frequency w; B) the electric field E of the
wave; C) the time averaged power P carried by the wave.
%3D
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