L A uniform plane wave propagating through a medium with 1, -20 and o-3mhos/m. has E...

   

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L A uniform plane wave propagating through a medium with 1, μ-20 and o-3mhos/m. has E = 0.5e-sin (10ºt-Bz)a, V/m. Determine a) Calculate the loss tangent b) What type of medium may be used here? c) Calculate the 2 parameters a and B P. d) Calculate the Amplitude of magnetic field Ho? e) Present the final form of the magnetic field. Show its direction 1= √√ II. If the attenuation becomes null (a-0), the medium presents new characteristics and p Ho and B-0.8 a) Calculate i. the wave velocity ii. the intrinsic impedance b) conclude about the type of the medium L A uniform plane wave propagating through a medium with 1, μ-20 and o-3mhos/m. has E = 0.5e-sin (10ºt-Bz)a, V/m. Determine a) Calculate the loss tangent b) What type of medium may be used here? c) Calculate the 2 parameters a and B P. d) Calculate the Amplitude of magnetic field Ho? e) Present the final form of the magnetic field. Show its direction 1= √√ II. If the attenuation becomes null (a-0), the medium presents new characteristics and p Ho and B-0.8 a) Calculate i. the wave velocity ii. the intrinsic impedance b) conclude about the type of the medium L A uniform plane wave propagating through a medium with 1, μ-20 and o-3mhos/m. has E = 0.5e-sin (10ºt-Bz)a, V/m. Determine a) Calculate the loss tangent b) What type of medium may be used here? c) Calculate the 2 parameters a and B P. d) Calculate the Amplitude of magnetic field Ho? e) Present the final form of the magnetic field. Show its direction 1= √√ II. If the attenuation becomes null (a-0), the medium presents new characteristics and p Ho and B-0.8 a) Calculate i. the wave velocity ii. the intrinsic impedance b) conclude about the type of the medium L A uniform plane wave propagating through a medium with 1, μ-20 and o-3mhos/m. has E = 0.5e-sin (10ºt-Bz)a, V/m. Determine a) Calculate the loss tangent b) What type of medium may be used here? c) Calculate the 2 parameters a and B P. d) Calculate the Amplitude of magnetic field Ho? e) Present the final form of the magnetic field. Show its direction 1= √√ II. If the attenuation becomes null (a-0), the medium presents new characteristics and p Ho and B-0.8 a) Calculate i. the wave velocity ii. the intrinsic impedance b) conclude about the type of the medium L A uniform plane wave propagating through a medium with 1, μ-20 and o-3mhos/m. has E = 0.5e-sin (10ºt-Bz)a, V/m. Determine a) Calculate the loss tangent b) What type of medium may be used here? c) Calculate the 2 parameters a and B P. d) Calculate the Amplitude of magnetic field Ho? e) Present the final form of the magnetic field. Show its direction 1= √√ II. If the attenuation becomes null (a-0), the medium presents new characteristics and p Ho and B-0.8 a) Calculate i. the wave velocity ii. the intrinsic impedance b) conclude about the type of the medium L A uniform plane wave propagating through a medium with 1, μ-20 and o-3mhos/m. has E = 0.5e-sin (10ºt-Bz)a, V/m. Determine a) Calculate the loss tangent b) What type of medium may be used here? c) Calculate the 2 parameters a and B P. d) Calculate the Amplitude of magnetic field Ho? e) Present the final form of the magnetic field. Show its direction 1= √√ II. If the attenuation becomes null (a-0), the medium presents new characteristics and p Ho and B-0.8 a) Calculate i. the wave velocity ii. the intrinsic impedance b) conclude about the type of the medium

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Solution to Part I a Calculate the loss tangent The loss tangent is defined as the ratio of the imaginary part of the complex permittivity to the real ... View the full answer