A ray of light strikes a glass slab of thickness t. It emerges on the opposite face, parallel to the incident ray but laterally displaced. The lateral displacement is

Q.

A ray of light is incident on a glass-slab from air at an angle . Thickness and refractive index of glass-slab are‘t’ and ‘${\mu }_a$ ’ respectively, Find the lateral displacement of the emergent ray respective to incident ray.

Q. Maximum lateral displacement of a ray of light incident $(i=90)$ on a slab of thickness $t$ is:

Q. A ray of light is incident on a parallel slab of thickness $\left(t\right)$ and refractive index $\left(n\right)$. If the angle of incidence $\left(i\right)$ is small, then the lateral displacement of emergent ray will be

Q. Parallel side glass slab of thickness $8\text{cm}$ is made of a material of refractive index $\sqrt{3}$. When light is incident on one of the parallel faces at an angle of ${60}^{\circ }$ with the normal to the surface and emerges from other parallel face, find the lateral displacement of the emergent ray.

Q.

(a) With the help of a diagram, show how when light falls obliquely on the side of a rectangular glass slab, the emergent ray is parallel to the incident ray. . (b) Show the lateral displacement of the ray on the diagram. (c) State two factors on which the lateral displacement of the emergent ray depends.