3. The electric field component of a communication satellite signal traveling in free space is given by Ē(2) = [⸠- â‚(1+ j)]12e0: V/m j 50xz (a) Find the corresponding magnetic field Ĥ (z). (b) Find the total time-average power carried by this wave. (c) Determine the polarization (both type and sense) of the wave.
3. The electric field component of a communication satellite signal traveling in free space is given by Ē(2) = [⸠- â‚(1+ j)]12e0: V/m j 50xz (a) Find the corresponding magnetic field Ĥ (z). (b) Find the total time-average power carried by this wave. (c) Determine the polarization (both type and sense) of the wave.
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![3.
The electric field component of a communication satellite signal traveling in free space is given
by
Ē (2) =[⸠- â,(1+ /)]12e/0r: V/m
(a) Find the corresponding magnetic field H (z). (b) Find the total time-average power carried by
this wave. (c) Determine the polarization (both type and sense) of the wave.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F76fbdb8b-7bfc-48c4-99e5-e81330a4cccf%2Feb2447db-26c1-4d0c-a61f-de2de207832c%2Fuoxdey7v_processed.jpeg&w=3840&q=75)
Transcribed Image Text:3.
The electric field component of a communication satellite signal traveling in free space is given
by
Ē (2) =[⸠- â,(1+ /)]12e/0r: V/m
(a) Find the corresponding magnetic field H (z). (b) Find the total time-average power carried by
this wave. (c) Determine the polarization (both type and sense) of the wave.
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