Question

4 Two triangular glass prisms are placed together as shown. Outside the prisms is air. a. A ray of light perpendicularly strikes the face of one of the prisms. Calculate the angle, ???, at which the light ray exits the second prism. n=1.60 45° n=1.40 b. Determine the angle of incidence, ???, that would result in the ray being refracted along the interface between the two prisms. n=1.60 45° n=1.40

          4 Two triangular glass prisms are placed together as shown. Outside the prisms is air.
a. A ray of light perpendicularly strikes the face of one of the prisms. Calculate the angle,
???, at which the light ray exits the second prism.
n=1.60
45° n=1.40

b. Determine the angle of incidence, ???, that would result in the ray being refracted along the interface between the two prisms.
n=1.60
45° n=1.40

$4 Two triangular glass prisms are placed together as shown. Outside the prisms is air. a. A ray of light perpendicularly strikes the face of one of the prisms. Calculate the angle, ???, at which the light ray exits the second prism. n=1.60 45° n=1.40 b. Determine the angle of incidence, ???, that would result in the ray being refracted along the interface between the two prisms. n=1.60 45° n=1.40$

Added by Eugene S.

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