The Triangular prism shown in Figure 1 (see attachment) has index of refraction 1.5 and angles 37, 53, and 90 degrees. The shortest side of the prism is set on a horizontal table. A beam of light, initially horizontal, is incident on the prism from the left.

a.) On Figure 1, sketch the path of the beam as it passes through and emerges from the prism

b.) Determine the angle with respect to the horizontal (angle of deviation) of the beam as it emerges from the prism.

c.) The prism is replaced by a new prism of the same shape, which is set in the same position. The beam experiences total internal reflection at the right surface of this prism. What is the minimum possible index of refraction of this prism?

The new prism having the index of refraction found in part (c) is then completely submerged in water (index of refraction = 1.33) as shown in Figure 2 (see attachment). A horizontal beam of light is again incident from the left.

d.) On Figure 2, sketch the path of the beam as it passes through and emerges from the prism.

e.) Determine the angle with respect to the horizontal (angle of deviation) of the beam as it emerges from the prism.

One of the angles of a prism is 90 degrees. The prism is made of glass of index of refraction 1.58. If a ray of light enters this prism at an angle of incidence of 70 degrees, what is the angle at which this ray emerges?
See attachment for figure.

If I have a right prism with the prism height being 8 and the prism base being an isosceles triangle with a base of 3 (sides of 6) what is the lateral area and the volume of the prism, also what is the triangle's height by using the Pythagorean theorem?

A flint-glass prism is made in the shape of a 30 degree-60 degree-90 degree triangle. Red and violet light are incident on the prism at right angle to it's vertical side. The index of refraction n red= 1.66, n violet = 1.70. What angle does each ray make with the horizontal when it emerges from the prism?

A rect. prism has a length of (l), a width of (w), and a height of 1. Volume of the rect prism is 24cm3. Use your knowledge of volume and surface area to derive a function F(W) that represents the surface area of the rect. prism in terms of its width.
Next, graph it on calculator.
Lastly, find the dimensions of the prism t

Please answer with explanation
Light from a single ray projector to falls on a 90 degree flint glass prism. The prism is rotated until a rainbow appears. Which color is deviated the most? The least?

(See attached file for full problem description with diagram)
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8. A laser beam enters one of the sloping faces of the equilateral glass prism (n = 1.41) in the figure below and refracts through the prism. Within the prism the light travels horizontally. What is the angle between the direction of the incident ray and the

I need to know how to find all possible lengths, widths & heights of a given volume of a rectangular prism. I'm writing a program in Java that takes the user inputted volume of a rectangular prism and then tells the user all of the possible lengths, widths & heights are for that given volume. I just don't know the calculations t

A horizontal beam of light enters a 45 degree-90 degree-45 degree prism at the center of its long side. The emerging ray moves in a direction that is 34 degrees below the horizontal. What is the index of refraction of this prism?

(a) You have a large triangular prism made of silica (ns = 1.45) resting on a table. The internal angles of the triangle are 90 degree and 45 degree. You also have a laser beam (wavelength = 633 nm) set up parallel to the tabletop.
How would you point the laser beam onto the prism to make the light travel through the prism th