A beam of light travels through a medium with index of refraction until it reaches an interface with another material, with index of refraction . No light is transmitted into the second material. At what angle (measured from the plane of the interface between the two materials) does the beam hit the second material?

A reflective sphere has a diameter of . The surface of the sphere makes a convex spherical mirror; what is its focal point?

A beam of light travels through a medium with index of refraction until it reaches an interface with another material, with index of refraction . No light is transmitted into the second material. At what angle (measured from the plane of the interface between the two materials) does the beam hit the second material?

A candle tall is placed to the left of a thin convex lens with focal length . What is the height and orientation of the image created?

A candle tall is placed to the left of a thin convex lens with focal length . What is the height and orientation of the image created?

A reflective sphere has a diameter of . The surface of the sphere makes a convex spherical mirror; what is its focal point?

A beam of unpolarized light passes through two linear polarizers whose polarization axes are at an angle theta with each other. The light initially has an intensity , and has an intensity of after passing through both polarizes. Find ?

A beam of unpolarized light passes through two linear polarizers whose polarization axes are at an angle theta with each other. The light initially has an intensity , and has an intensity of after passing through both polarizes. Find ?

The focal length of a thin convex lens is . A candle is placed to the left of the lens. Approximately where is the image of the candle?

The focal length of a thin convex lens is . A candle is placed to the left of the lens. Approximately where is the image of the candle?