An electromagnetic wave propagating in a lossy medium is characterized by its electric field given by E(z,t) = 300e-003 sin(3 x 1015t- 10'z +) (V/m) where z is the distance travelled by the wave in meters. Determine (a) the direction of wave travel, (b) the reference phase po. (c) the phase velocity up, and (d) the maximum amplitude of the wave at a distance 200 m.
An electromagnetic wave propagating in a lossy medium is characterized by its electric field given by E(z,t) = 300e-003 sin(3 x 1015t- 10'z +) (V/m) where z is the distance travelled by the wave in meters. Determine (a) the direction of wave travel, (b) the reference phase po. (c) the phase velocity up, and (d) the maximum amplitude of the wave at a distance 200 m.
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Transcribed Image Text:An electromagnetic wave propagating in a lossy medium is characterized by its electric field
given by
E(z,t) = 300e-003t sin(3 x 1015t – 10'z +)
(V/m)
where z is the distance travelled by the wave in meters. Determine (a) the direction of wave
travel, (b) the reference phase oo. (c) the phase velocity u, and (d) the maximum amplitude
of the wave at a distance 200 m.
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