When an unpolarized light falls at a particular angle on a glass plate (placed in air), it is observed that the reflected beam is linearly polarized. The angle of refracted beam with respect to the normal is $\_\_\_\_$ .
\left(\tan ^{-1}(1.52)=57.7^{\circ}\right.$, refractive indices of air and glass are 1.00 and 1.52, respectively.)

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When an unpolarized light falls at a particular angle on a glass plate (placed in air), it is observed that the reflected beam is linearly polarized. The angle of refracted beam with respect to the normal is

\_\_\_\_

.
\left(\tan ^{-1}(1.52)=57.7^{\circ}\right.$, refractive indices of air and glass are 1.00 and 1.52, respectively.) When an unpolarized light falls at a particular angle on a glass plate (placed in air), it is observed that the

When an unpolarized light falls at a particular angle on a glass plate (placed in air), it is observed that the

Quantrex Academy · Accepted Answer

Correct answer: B. 32.3^

i = (μ_2)/(μ_1) = (μ_g)/(μ_a) i = 1.52 i = 57.7° r = 90° - i r = 32.3°

When an unpolarized light falls at a particular angle on a glass...

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