Waves Unit- Angle of Incidence

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The discussion focuses on solving a homework problem related to the angle of incidence using Snell's Law. The initial approach suggests applying Snell's Law to the bottom surface to relate the critical angle to the refractive index of the block. It emphasizes the importance of basic geometry to determine the angle of transmission as 90 minus the critical angle. Additionally, it advises using Snell's Law again at the vertical surface, where the angle of incidence is denoted as theta_1. This methodical application of Snell's Law is crucial for finding the solution.
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Homework Statement


http://imgur.com/LDx7I

Homework Equations


http://en.wikipedia.org/wiki/Snell's_law

The Attempt at a Solution


I'm not really sure on the approach to take for this question. Since it proves 2 angles, Snell's Law could prove to be beneficial.

Thanks for the help!
 
Last edited:
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First , use the snell's law on the bottom surface to connect the critical angle to the refractive index of the block. For the vertical surface, the angle of transmission is 90-\theta_c using basic geometry. then use snell's law again at the vertical surface. at the vertical surface angle of incidence is \theta_1
 

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