The slab of a material of refractive index 2 shown in figure has curved surface 
of radius of curvature 
and a plane surface 
. On the left of 
is air and on the right of 
is water with refractive indices as given in figure. An object 
is placed at a distance of 
from pole 
as shown. The distance of the final image of 
from 
, as viewed from the left is
.png)
a)
b)
30 
c)
40 
d)
50 
of radius of curvature and a plane surface . On the left of is air and on the right of is water with refractive indices as given in figure. An object is placed at a distance of from pole as shown. The distance of the final image of from , as viewed from the left isa)
b)
30
c)
40
d)
50
Question ID - 152263 | SaraNextGen Top Answer The slab of a material of refractive index 2 shown in figure has curved surface of radius of curvature and a plane surface . On the left of is air and on the right of is water with refractive indices as given in figure. An object is placed at a distance of from pole as shown. The distance of the final image of from , as viewed from the left is
a)
b)
30
c)
40
d)
50
The slab of a material of refractive index 2 shown in figure has curved surface of radius of curvature and a plane surface . On the left of is air and on the right of is water with refractive indices as given in figure. An object is placed at a distance of from pole as shown. The distance of the final image of from , as viewed from the left is
|
a) |
|
b) |
30 |
c) |
40 |
d) |
50 |
(b)
In case of refraction from a curved surface, we have
.png)
the curved surface will form virtual image 
at distance of 
from 
. Since the image is virtual there will be no refraction at the plane surface 
(as the rays are not actually passing through the boundary), the distance of final image 
from 
will remain 