A regular plane wave propagating in Medium 1 with =1=4 is perpendicular to Medium 2 with er2=9. Bothmedia are made of non-magnetic and non-conductive materials. If the electric field of the incident waveis given byE(zt)=f10cos[2nx106t-10rz][V/m),a- Obtain the Electric Field and Magnetic Field expressions for the reflected and transmitted waves in thetime domain.b- Determine the average power densities of the incident, reflected and transmitted waves.

When an electromagnetic wave travelling in a medium, goes into another medium, then some part of the…

A regular plane wave propagating in Medium 1 with =1=4 is perpendicular to Medium 2 with er2=9. Both media are made of non-magnetic and non-conductive materials. If the electric field of the incident wave is given by E(zt)=f10cos[2rx106t-10nz][V/m], a- Obtain the Electric Field and Magnetic Field expressions for the reflected and transmitted waves in the time domain. b- Determine the average power densities of the incident, reflected and transmitted waves.

A regular plane wave propagating in Medium 1 with =1=4 is perpendicular to Medium 2 with er2=9. Both media are made of non-magnetic and non-conductive materials. If the electric field of the incident wave is given by E(zt)=f10cos[2rx106t-10nz][V/m], a- Obtain the Electric Field and Magnetic Field expressions for the reflected and transmitted waves in the time domain. b- Determine the average power densities of the incident, reflected and transmitted waves.