5 A plane wave with frequency 400[MHz] is propagating through a lossy conducting medium (not a dielectric) withH = Hol#], €7.8co[),0 = 0.51E =Determine the following:Attenuation constant: a =radWave number: (spatial frequency) B =mWavelength: A[m]mWavespeed: u =Characteristic wave impedance: 7=Attenuation after traveling 3|mm| through the medium (in the form of a percentage):

When em wave propagates through an loosy conducting medium it looses its energy. Some of its…

A plane wave with frequency 400[MHz] is propagating through a lossy conducting medium (not a dielectric) with µ = Hol, e = 7.8col, = 0.5() Determine the following: Attenuation constant: a = Wave number: (spatial frequency) B тad %3D m Wavelength: = [m] Wavespeed: u = Characteristic wave impedance: 7 = Attenuation after traveling 3 mm through the medium (in the form of a percentage): %

A plane wave with frequency 400[MHz] is propagating through a lossy conducting medium (not a dielectric) with µ = Hol, e = 7.8col, = 0.5() Determine the following: Attenuation constant: a = Wave number: (spatial frequency) B тad %3D m Wavelength: = [m] Wavespeed: u = Characteristic wave impedance: 7 = Attenuation after traveling 3 mm through the medium (in the form of a percentage): %