Daylight falls under the Brewster angle ag on a plane water surface (n = 1.33). The intensity of the incident light shall be Io. %3D a) Calculate the reflected and transmitted intensity. b) Calculate the degrees of polarization PR. Pr of the reflected and transmitted light, respec- tively.
Daylight falls under the Brewster angle ag on a plane water surface (n = 1.33). The intensity of the incident light shall be Io. %3D a) Calculate the reflected and transmitted intensity. b) Calculate the degrees of polarization PR. Pr of the reflected and transmitted light, respec- tively.
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![Daylight falls under the Brewster angle ag on a plane water surface (n = 1.33). The intensity of
the incident light shall be Io.
!!
a) Calculate the reflected and transmitted intensity.
b) Calculate the degrees of polarization PR. Pr of the reflected and transmitted light, respec-
tively.
P =](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fea3a63d3-da13-43ba-af6e-980779e8ac39%2F2732ecc8-453d-4bdc-8de3-f519e4ac0508%2Fiv2gjfx_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Daylight falls under the Brewster angle ag on a plane water surface (n = 1.33). The intensity of
the incident light shall be Io.
!!
a) Calculate the reflected and transmitted intensity.
b) Calculate the degrees of polarization PR. Pr of the reflected and transmitted light, respec-
tively.
P =
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