If `t` is the real thickness `mu` is refractive index of a glass slab then the shift of the image with refernce to the object is given by

Explain refractive index using a plane glass slab.

A man stands on a glass slab of height h and inside an elevator accelerated upwards with 'a'. mu_(g) If is refractive index of glass then the bottom of the slab appears to have shifted with respect to the man by a distance ,

A point object O is placed in fornt of a transparent slab at a distance x from its surface. It is seenfrom the other side of he slab by light incident nearlyl normally to the slab. The thickness of the slab is t and its refractive index is mu . Show that the apparent shift in the position of the object is independent of x and find its value.

A point object O is placed in fornt of a transparent slab at a distance x from its surface. It is seenfrom the other side of he slab by light incident nearlyl normally to the slab. The thickness of the slab is t and its refractive index is mu . Show that the apparent shift in the position of the object is independent of x and find its value.

A point object O is placed in fornt of a transparent slab at a distance x from its surface. It is seenfrom the other side of he slab by light incident nearlyl normally to the slab. The thickness of the slab is t and its refractive index is mu . Show that the apparent shift in the position of the object is independent of x and find its value.

A point object is placed at a distance of 25 cm from a convex lens of focal length 20cm. If a glass slab of thickness t and refractive index 1.5 is inserted between the lens and the object, the image is formed at infinity. The thickness t is

A point object is placed at a distance 25cm from a convex lens of focal length 20cm. If a glass slab of thickness t annd refractive index 1.5 is inserted between the lens and object, image is formed at . Thickness t is found to be K times of 5cm. Fink K.