∗8.35 A parallel-polarized beam of light with an electric fieldamplitude of 10 (V/m) is incident in air on polystyrene withµr = 1 and !r = 2.6. If the incidence angle at the air–polystyrene planar boundary is 50◦, determine the following:(a) The reflectivity and transmissivity.(b) The power carried by the incident, reflected, andtransmitted beams if the spot on the boundary illuminatedby the incident beam is 1 m2 in area.

image 312 - ∗8.35 A parallel-polarized beam of light with an electric fieldamplitude of 10 (V/m) is incident in air on polystyrene withµr = 1 and !r = 2.6. If the incidence angle at the air–polystyrene planar boundary is 50◦, determine the following:(a) The reflectivity and transmissivity.(b) The power carried by the incident, reflected, andtransmitted beams if the spot on the boundary illuminatedby the incident beam is 1 m2 in area.
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sign up for premium and access unlimited solutions for a month at just 5$(not renewed automatically) images - ∗8.35 A parallel-polarized beam of light with an electric fieldamplitude of 10 (V/m) is incident in air on polystyrene withµr = 1 and !r = 2.6. If the incidence angle at the air–polystyrene planar boundary is 50◦, determine the following:(a) The reflectivity and transmissivity.(b) The power carried by the incident, reflected, andtransmitted beams if the spot on the boundary illuminatedby the incident beam is 1 m2 in area. already a member please login

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