In the figure VSAQ 63 below the path of a parallel beam of light passing through a convex lens of refractive index `n_g` kept in a medium of refractive index `n_m` is shown. Is
`n_g=n_m`
`n_g>n_m`
`n_g lt n_m`

In the figure VSAQ 64 given below the path of a parallel beam of light passing through a convex lens of refractive index n_g kept in a medium of refractive index n_m is shown. Is n_g=n_m n_g>n_m n_gltn_m .

A concave lens made of a material of refractive index mu_g is immersed in a medium of refractive index mu_l , equal to and

A convex lens(refractive index mu_L ) is immersed in a medium (refractive index mu_M ).Will it behave as a convergent or divergent lens,if mu_L > mu_M .

A convex lens made of material of refractive index n_1 is kept in a medium of refractive index n_1 . Parallel rays of light are incident on the lens. Complete the path of light emerging from the convex lens, if n_1 > n_2

A convex lens made of material of refractive index n_1 is kept in a medium of refractive index n_1 . Parallel rays of light are incident on the lens. Complete the path of light emerging from the convex lens, if n_1 = n_2

A convex lens made of material of refractive index n_1 is kept in a medium of refractive index n_2 . Parallel rays of light are incident on the lens. Complete the path of light emerging from the convex lens, if n_1 < n_2

A concave lens made of a material of refractive index mu_g is immersed in a medium of refractive index mu_l , greater than,A paprallel beam of light is incident on the lens. Trace the path of emerged rays

A convex lens made of a material of refractive index mu_1 is kept ih a medium of refractive index mu_2 , Parallel rays of light are incident on the lens. Complete the path of rays of light emerging fromthe convex lens if mu_1 > mu_2 .

The refractive index of a material of a concave lens is n_1 . It is immersed in medium of refractive index n_2 . A parallel beam of light if incident on the lens. Trace the path of the emergent lays when n_2 < n_1 .