A light beam falls upon a plane-parallel glass plate `d = 6.0 cm` in thickness. The angle of incidence is `theta = 60^(@)`. Find the value of deflection of the beam which passed through that plate.

A beam of light falls on a glass plate (mu=3//2) of thickness 6.0 cm at an angle of 60^(@) . Find the deflection of the beam on passing through the plate. (in cm).

Find the lateral shift of a light ray while it passws through a parallel glass slab of thickness 10 cm places in air. The angle of incidence in air is 60^(@) and the angle of refraction in glass is 45^(@) .

Find the lateral shift of a light ray while it passws through a parallel glass slab of thickness 10 cm places in air. The angle of incidence in air is 60^(@) and the angle of refraction in glass is 45^(@) .

Find the lateral shift of a light ray while it passws through a parallel glass slab of thickness 10 cm places in air. The angle of incidence in air is 60^(@) and the angle of refraction in glass is 45^(@) .

A parallel beam of monochromatic light is incident on a glass slab at an angle of incidence 60^(@) . Find the ratio of width of the beam in the glass to that in the air if refractive index of glass is 3//2 .

A circular beam of light of diameter d = 2 cm falls on a plane refractive of glass. The angle of incidence is 60^(@) and refractive index of glass is mu = 3//2 . The diameter of the refracted beam is