(f) In what direction is the light polarized? (g) Say this wave is initially travelling through air (n=1.00), and then encounters a glass surface (n=1.33), which is tilted at an angle such that the wave hits the glass at a 22.5° angle (see image below). At what angle (with respect to the dashed normal line), will the light travel through the glass? At what angle will it emerge from the glass? 22.5°
(f) In what direction is the light polarized? (g) Say this wave is initially travelling through air (n=1.00), and then encounters a glass surface (n=1.33), which is tilted at an angle such that the wave hits the glass at a 22.5° angle (see image below). At what angle (with respect to the dashed normal line), will the light travel through the glass? At what angle will it emerge from the glass? 22.5°
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![An electromagnetic plane wave has an electric field given by: E(x, t) = -
m)j[cos (kx – (12.65x1012rad/s)t]
(3.10x105V/
%3D](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc10cce41-ef51-4545-a724-9736e236d3b7%2Fc18cea19-e776-4e72-ae12-80805c43d9a6%2Fi4hq6qk_processed.png&w=3840&q=75)
Transcribed Image Text:An electromagnetic plane wave has an electric field given by: E(x, t) = -
m)j[cos (kx – (12.65x1012rad/s)t]
(3.10x105V/
%3D
Transcribed Image Text:(f) In what direction is the light polarized?
(g) Say this wave is initially travelling through air (n=1.00), and then encounters a glass surface
(n=1.33), which is tilted at an angle such that the wave hits the glass at a 22.5° angle (see image
below). At what angle (with respect to the dashed normal line), will the light travel through the
glass? At what angle will it emerge from the glass?
22.5°
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