The complex rms magnetic field intensity vetor of an electromagnetic wave propagat- ing through a lossless nonmagnetic medium is given by: Ĥ = e-j**; A/m at a frequency of f = 75 MHz. Find: (a) the direction of propagation, time period, wavelength, and phase velocity of the wave; (b) the relative permittivity and intrinsic impedance of the medium, (c) the complex electric field intensity vector

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The complex rms magnetic field intensity vetor of an electromagnetic wave propagat-
ing through a lossless nonmagnetic medium is given by:
Ĥ = e-j«¤; A/m
at a frequency of f = 75 MHz. Find:
(a) the direction of propagation, time period, wavelength, and phase velocity of the wave;
(b) the relative permittivity and intrinsic impedance of the medium,
(c) the complex electric field intensity vector
(d) the complex Poynting vector of the wave.
Transcribed Image Text:The complex rms magnetic field intensity vetor of an electromagnetic wave propagat- ing through a lossless nonmagnetic medium is given by: Ĥ = e-j«¤; A/m at a frequency of f = 75 MHz. Find: (a) the direction of propagation, time period, wavelength, and phase velocity of the wave; (b) the relative permittivity and intrinsic impedance of the medium, (c) the complex electric field intensity vector (d) the complex Poynting vector of the wave.
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