2) Now let's look at the refracted light. In general, the relationship between the angles of refracted light and a property of the media is given by: sind 2 Here 6 corresponds to the angle in the top media and ey corresponds to the angle in the bottom media. Both of these angles are measured from the z-axis down to the light (or up to the light in the media below). Similarly, m and n: are the indices of refraction of the top and bottom material, respectively. (These numbers are shown on the PhET sim.) Now find a way to verify the relation given above on the PhET sim. You will want to take at least three data points at either different angles or different indices of refraction (you get to choose which!). Here is a table to help you organize your work: 21 (AIr ) 61 (AIT) ? 2 (water) @2 (water) si?e 1 si?e2 21 1.00 80 1.33 44 1.4 1.33 57 1.33 35 1.5 1.33 1.00 1.00 23 1.33 16 1.4 1.33 Show all of your work in doing this and give a brief (2-3 sentences) description of the method you used in the box below to complete this problem. Does this make sense? Describe what the equation/ relation means in words. I decided to use three different angle data points and keep the index of refraction the same to verify the relationship between the angles of incidence and refraction. The relationship present within the equation is that the proportion of the angles of incidence is equal to the proportion of the refractions between the two medias. The numbers found from - is similar to the numbers found from "2. There is small difference due to measurement errors