2- If the function describing the change in the electric field and magnetic field in a non-conducting medium is given by: E= E, cos (@t-kz) i , H= H, cos (@t-kz) j Use Maxwell's equation derived from Faraday's law to find the transverse impedance n and then find the impedance if the wave propagates in a vacuum.
2- If the function describing the change in the electric field and magnetic field in a non-conducting medium is given by: E= E, cos (@t-kz) i , H= H, cos (@t-kz) j Use Maxwell's equation derived from Faraday's law to find the transverse impedance n and then find the impedance if the wave propagates in a vacuum.
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Transcribed Image Text:2- If the function describing the change in the
electric field and magnetic field in a non-conducting
medium is given by:
E= E, cos (@t-kz) i , H= H, cos (@t-kz) j
Use Maxwell's equation derived from Faraday's law
to find the transverse impedance n and then find
the impedance if the wave propagates in a vacuum.
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