A beam of light propagating in medium A with index of refraction `n(A)` passes across an interface into medium B with index of refraction `n(B)`. If `v(A)` and `v(B)` are the speeds of light in A and B respectively. Then which of the following is true?

A beam of light propagating in medium A with index of refraction n ( A ) passes across an interface into medium B with index of refraction n ( B ). The angle of incidence is greater than the angle of refraction, v ( A ) and v ( B ) denotes the speed of light in A and B . Then which of the following is true

If n_v, n_r, n_b are the refractive indices of violet, red and blue light respectively, in a given medium then which of the following is true?

If n_(v),n_(r),n_(b) are the refractive indices of violet, red and blue light respectively, in a given medium then which of the following is true ?

The speed of light in a medium is high if the refractive index of the medium is ……. .

The speed of light in a medium of refractive index 1.5 is ________.

The speed of light in a medium is low because of low refractive index of the medium.

n=(v)/(c) where n denotes the refractive index of a medium, v the speed of light in the medium and c the speed of light in vacuum.

A ray of light is travelling from medium A to medium B . The refractive index of the medium B does not depend upon

Looking at the angle of refraction in the figures given Fig. B, which medium will have the maximum value of refractive index and in which medium will the speed of light be the least?