=1. As shown in the figure below, a crown glass prism (n₁ = 1.52) is immersed in water (n21.33).724260.0°1202130.0%103a. Find the exit angle 03. Of course, you aregoing to use Snell's Law to figure that out; whatI am truly interested in seeing is how you figureout 02. You will need to use geometry and wordsto explain that one.b. Is there a transmitted (refracted) ray drawn emerging from the glass/water interface at pointP? Perform a calculation that provides support for your answer, whether yes or no. If you thinkthere should be a transmitted ray, draw it on the diagram above. If you don't think there shouldbe, explain why. Hint: What does "critical angle" mean?

1. As shown in the figure below, a crown glass prism (n₁ = 1.52) is immersed in water (n2 = 1.33). 742 60.0° 0₁ 221 8₂ 30.0% 103 a. Find the exit angle 03. Of course, you are going to use Snell's Law to figure that out; what I am truly interested in seeing is how you figure out 0₂. You will need to use geometry and words to explain that one.

1. As shown in the figure below, a crown glass prism (n₁ = 1.52) is immersed in water (n2 = 1.33). 742 60.0° 0₁ 221 8₂ 30.0% 103 a. Find the exit angle 03. Of course, you are going to use Snell's Law to figure that out; what I am truly interested in seeing is how you figure out 0₂. You will need to use geometry and words to explain that one.