Question) The electric field component of a 5.6 GHz plane wave is given by: E(F,1)=â¸(0.4915+ j0.8550)e¯573.0795* e-j30.8676y e-Jj240.8519: +â, (-1.4224- j0.4702)e¯j573.0795x e¯j330.8676y e-j240.8519: +â. (0.7844– jl.3885)e¯$73.0795* e-J330.5676y e-/240.8519: 1. Determine the wave vector 2. Determine the wavelength inside the medium 3. Determine the free space wavelength 4. Determine the refractive index of the medium 5. Determine the dielectric constant of the medium 6. Determine the polarization of the wave 7. Determine the magnitude of the wave
Question) The electric field component of a 5.6 GHz plane wave is given by: E(F,1)=â¸(0.4915+ j0.8550)e¯573.0795* e-j30.8676y e-Jj240.8519: +â, (-1.4224- j0.4702)e¯j573.0795x e¯j330.8676y e-j240.8519: +â. (0.7844– jl.3885)e¯$73.0795* e-J330.5676y e-/240.8519: 1. Determine the wave vector 2. Determine the wavelength inside the medium 3. Determine the free space wavelength 4. Determine the refractive index of the medium 5. Determine the dielectric constant of the medium 6. Determine the polarization of the wave 7. Determine the magnitude of the wave
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Transcribed Image Text:Question) The electric field component of a 5.6 GHz plane wave is given by:
E(F,t)=⸠(0.4915+ j0.8550)e¯573.0795% e-j30.676y e- 240.8s 192
+â, (-1.4224- j0.4702)e¯js73.0795x e¯j330.8676y e-j240.8519:
+â. (0.7844– jl.3885)e-s73.0795%
e-j330.8676 y
"e-j240.8519z
1. Determine the wave vector
2. Determine the wavelength inside the medium
3. Determine the free space wavelength
4. Determine the refractive index of the medium
5. Determine the dielectric constant of the medium
6. Determine the polarization of the wave
7. Determine the magnitude of the wave
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