Parallel rays of light (i.e. light from a distant source) is incident at an angle of incidence of 30 on the front surface of a flat transparent plate, as seen in the drawing below. The index of refraction of the material of which the plate is made is n = 1.45. 1. When the light leaves the back surface of the plate, in what direction will it be traveling relative to the direction of the incident ray? Explain. 2. If this plate were placed an infinite distance from an object (such that all the rays from that object are effectively parallel to one another), would it form an image at a finite distance? If so, where (i.e. at what image distance)?Parallel rays of light (i.e. light from a distant source) is incident at an angle of incidence of 30 on the front surface of a flat transparent plate, as seen in the drawing below. The index of refraction of the material of which the plate is made is n = 1.45. 1. When the light leaves the back surface of the plate, in what direction will it be traveling relative to the direction of the incident ray? Explain. 2. If this plate were placed an infinite distance from an object (such that all the rays from that object are effectively parallel to one another), would it form an image at a finite distance? If so, where (i.e. at what image distance)