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all the parts of the questions in depth with explaination for a like:) Q5: (T=2, A=2, C=2) Figure 8 shows a ray of light incident
all the parts of the questions in depth with explaination for a like:) Q5: (T=2, A=2, C=2) Figure 8 shows a ray of light incident on a glass triangular prism. It is refracted as it passes through the first face and is then refracted again through the second face. Figure 8 (a) Calculate the angles of refraction for blue light and for red light travelling from air into the left boundary of the prism. The angle of incidence at the left boundary of the prism is 40.0^. The index of refraction for blue light in the prism is 1.47, and the index of refraction for light is 1.46. The index of refraction for air is 1 . 0 0 0 3. (b) Calculate the angle of incidence for blue and red light at the right boundary of the prism. (c) Calculate the angle of refraction for blue and red light as the rays exit the prism
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