A light ray is incident upon a prism in minimum deviation position and suffers a deviation of `34^(@)`. If the shaded half of the prism is knowked off, the ray will

A light ray is incident upon a prism in minimum deviation position and suffers a deviation of 34^(@) . If the shaded half of the prism is knocked off, the ray will

A light ray is incident upon a prism in minimum deviation position and suffers a deviation of 34^(@) . If the shaded half of the prism is knocked off, the ray will

A ligh ray is incident upon a prism in minimum deviation position and surfers a deviation of 34^(@) . If the shaded half of the prism is knocked off, the ray will

A light rays is incident upon a prism minimum deviation position and suffers a deviation of 34^(@) . If the shaded half of the prism is knocked off the ray will

A light ray is incident on a prism in minimum deviation position and suffers a deviation of 40^@ . If the shaded half of the prism is removed off, then the same ray will suffer a deviation of

A ray passes through a prism of angle 60^(@) in minimum deviation position and suffers a deviation of 30^(@) . What is the angle of incidence on the prism

A ray passes through a prism of angle 60^(@) in minimum deviation position and suffers a deviation of 30^(@) . What is the angle of incidence on the prism

A ray of light when incident upon a prism surface a minimum deviation of 39^@ If the shaded half portion of the prism is removed, then the same ray will -

A ray of light when incident upon a prism surface a minimum deviation of 39^@ If the shaded half portion of the prism is removed, then the same ray will -