When the light illustrated in Figure 1 passes through the glass block (the blue region),it is shifted laterally by the distance d. If the given index of refraction of the glass block is n, derive the formula that evaluates the value of d and show that,
When the light illustrated in Figure 1 passes through the glass block (the blue region),it is shifted laterally by the distance d. If the given index of refraction of the glass block is n, derive the formula that evaluates the value of d and show that,
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When the light illustrated in Figure 1 passes through the glass block (the blue region),it is shifted laterally by the distance d. If the given index of refraction of the glass block is n, derive the formula that evaluates the value of d and show that,
Transcribed Image Text:cos a
d(L, a) = L sin a (1-
Vn? – sin? a,
L
Figure 1
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