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Assume That Light Is Going from Air into a Cubic

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Assume that light is going from air into a cubic zirconia ring. Calculate the refractive angle θr if the incidence angle is θi = 37° and the index of refraction values for air and cubic zirconia are ni = 1.00 and nr = 2.16, respectively. Round to the nearest degree. The Snell's law is given as
Assume that light is going from air into a cubic zirconia ring. Calculate the refractive angle θ<sub>r</sub> if the incidence angle is θ<sub>i</sub> = 37°<sup> </sup> and the index of refraction values for air and cubic zirconia are n<sub>i</sub> = 1.00 and n<sub>r</sub> = 2.16, respectively. Round to the nearest degree. The Snell's law is given as .
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