An incident beam consisting of white light (falsely colored as an orange ray) passes through a quadrilateral prism, like the one shown in the figure below. What is the angle n of the outgoing beam? Assume the prism's index of refraction is n = 1.72. Just to be clear, the angles at each of the vertices of the quadrilateral prism are 78.7°, 107°, 113°, and 61.30. The angle of incidence is 27.0° air 78,7 air prism (13° '13' air
An incident beam consisting of white light (falsely colored as an orange ray) passes through a quadrilateral prism, like the one shown in the figure below. What is the angle n of the outgoing beam? Assume the prism's index of refraction is n = 1.72. Just to be clear, the angles at each of the vertices of the quadrilateral prism are 78.7°, 107°, 113°, and 61.30. The angle of incidence is 27.0° air 78,7 air prism (13° '13' air
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Transcribed Image Text:An incident beam consisting of white light (falsely colored as an orange ray) passes through a quadrilateral prism, like the one shown in the figure below. What is the
angle n of the outgoing beam? Assume the prism's index of refraction is n = 1.72. Just to be clear, the angles at each of the vertices of the quadrilateral prism are 78.7°,
107°, 113°, and 61.30. The angle of incidence is 27.0°
air
$27.00
78,7
107
air
prism
13°
61.3
air
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