Figure 3 shows a beam of light incident on a glass plate of thickness d and index of Air Glass Air refraction (a) Find the angle of incidence so that the perpendicular separation between the ray reflected from the top surface and the ray reflected from the bottom surface and exiting the top surface is a maximum.(show all steps clearly) (b) What is this angle of incidence if the index of refraction of the glass is 1.54? (c) (c) What is the separation of the two beams if the thickness of the glass plate is 5.5 cm?
Figure 3 shows a beam of light incident on a glass plate of thickness d and index of Air Glass Air refraction (a) Find the angle of incidence so that the perpendicular separation between the ray reflected from the top surface and the ray reflected from the bottom surface and exiting the top surface is a maximum.(show all steps clearly) (b) What is this angle of incidence if the index of refraction of the glass is 1.54? (c) (c) What is the separation of the two beams if the thickness of the glass plate is 5.5 cm?
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Transcribed Image Text:Figure 3 shows a beam of light incident on a glass plate of thickness d and index of
Air
Glass
T
Air
refraction
(a) Find the angle of incidence so that the perpendicular separation between the ray reflected
from the top surface and the ray reflected from the bottom surface and exiting the top
surface is a maximum.(show all steps clearly)
(b) What is this angle of incidence if the index of refraction of the glass is 1.54?
(c) (c) What is the separation of the two beams if the thickness of the glass plate is 5.5 cm?
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