3. Light of wavelength 430 nm is incident on the face of a prism shown below....

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3. Light of wavelength 430 nm is incident on the face of a prism shown below. The light hits the face of the prism at an angle of 40 with respect to the normal of the surface. The apex of the prism is 60, and the index of refraction is 1.47. a. Sketch on the diagram the path the light will take through the prism and how it will emerge on the other side. i. Each time the light comes into contact with the interface between the air and the prism, draw and label the normal to the surface. b. Find the angle that the light makes with the normal when it comes out of the prism. i. Label each angle that the light beam makes with the prism (remember that the angles are measured relative to the normal line.) 60 3. Light of wavelength 430 nm is incident on the face of a prism shown below. The light hits the face of the prism at an angle of 40 with respect to the normal of the surface. The apex of the prism is 60, and the index of refraction is 1.47. a. Sketch on the diagram the path the light will take through the prism and how it will emerge on the other side. i. Each time the light comes into contact with the interface between the air and the prism, draw and label the normal to the surface. b. Find the angle that the light makes with the normal when it comes out of the prism. i. Label each angle that the light beam makes with the prism (remember that the angles are measured relative to the normal line.) 60