A beam of white light enters the glass and forms a red and blue component. The refractive index of blue light for the glass is found to be 1.536 and for red light 1.507. The angle of incidence is measured to be 40.5. With this data calculate the angle between the red and blue components of the light.
A beam of white light enters the glass and forms a red and blue component. The refractive index of blue light for the glass is found to be 1.536 and for red light 1.507. The angle of incidence is measured to be 40.5. With this data calculate the angle between the red and blue components of the light.
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
Transcribed Image Text:A beam of white light enters the glass and forms a red and blue component. The
refractive index of blue light for the glass is found to be 1.536 and for red light
1.507. The angle of incidence is measured to be 40.5. With this data calculate
the angle between the red and blue components of the light.
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