" A water drop in air refractes the light ray as "

A parallel beam of light travelling in water (refractive index =4//3) is refracted by a spherical air bublle of radius 2mm situated in water. Assuming the light rays to be paraxial, a. Find the position of image due to refraction at first surface and position of the final image. b. Draw a ray diagram showing the position of both images.

A parallel beam of light is incident on a spherical drop of water (mu = 4//3) . Consider refraction of light at air-water interface, then reflection at water-air boundary (of course there will be refracted light energy in air as well), followed by refraction at water-air interface. Path of a typical ray refracted at A, then reflected at B and finally refracted at C has been shown in the Figure. Find the maximum value of angle delta . use sin^(-1) sqrt((20)/(27)) = 60^(@) and sin^(-1) sqrt((5)/(12)) = 40^(@) .

Find the maximum angle of refraction when a light ray is refracted from glass (mu= 1.50) to air.

Find the maximum angle of refraction when a light ray is refracted from glass (mu= 1.50) to air.

A light ray incidents on water (n=4/3) surface from air and reflected from air and reflected part of it is found to be polarized. Find the deviation of refracted light from its original path:

A light ray incidents on water (n=4/3) surface from air and reflected from air and reflected part of it is found to be polarized. Find the deviation of refracted light from its original path:

Refractive index of water with respect to air is sqrt(2) . Alight ray is incident on the surface at an angle 30° travelling through water. The deviation of light ray is

The refractive index of water relative to air is 5/3. A ray of light passing from water into air is incident at the interface at an angle of 32^(@) with the normal. What angle does the refreacted ray make with the normal?

The refractive index of water relative to air is 5/3. A ray of light passing from water into air is incident at the interface at an angle of 32^(@) with the normal. What angle does the refreacted ray make with the normal?