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 η 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 78.7o, 107o, 113o, and 61.3o. The angle of incidence is 27.0
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 η 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 78.7o, 107o, 113o, and 61.3o. The angle of incidence is 27.0
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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 η 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 78.7o, 107o, 113o, and 61.3o. The angle of incidence is 27.0o
Transcribed Image Text:air
Sazion
(107
78,7
air
prism
113°
61.3
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