The phasor magnetic field intensity for a 600 MHz uniform plane wave propagating in a certain lossless material is given by H^rightarrow = (3a_x + 4a_z)e^-J15y A/m. If the amplitude of the associated electric field is 1579 V/m, determine the wave number, relative permittivity, intrinsic impedance, wavelength and phase velocity for this TEM wave. Include units in your answer.

44. 3 - The phasor magnetic field intensity for a 600 MHz uniform plane wave propagating in a certain lossless material is given by H^rightarrow = (3a_x + 4a_z)e^-J15y A/m. If the amplitude of the associated electric field is 1579 V/m, determine the wave number, relative permittivity, intrinsic impedance, wavelength and phase velocity for this TEM wave. Include units in your answer.

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images - The phasor magnetic field intensity for a 600 MHz uniform plane wave propagating in a certain lossless material is given by H^rightarrow = (3a_x + 4a_z)e^-J15y A/m. If the amplitude of the associated electric field is 1579 V/m, determine the wave number, relative permittivity, intrinsic impedance, wavelength and phase velocity for this TEM wave. Include units in your answer.

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