below the surface of a lake, is viewed through a simple converging lens of focal length 
. The lens is kept at 
above the water surface such that fish lies on the optical axis of the lens. The image of the fish seen by observer will be at 
.png)
a)
A distance of 0.2 
from the water surface
b)
A distance of 0.6 
from the water surface
c)
A distance of 0.3 
from the water surface
d)
The same location of fish
below the surface of a lake, is viewed through a simple converging lens of focal length . The lens is kept at above the water surface such that fish lies on the optical axis of the lens. The image of the fish seen by observer will be at a)
A distance of 0.2 from the water surface
b)
A distance of 0.6 from the water surface
c)
A distance of 0.3 from the water surface
d)
The same location of fish
Question ID - 153030 | SaraNextGen Top Answer below the surface of a lake, is viewed through a simple converging lens of focal length . The lens is kept at above the water surface such that fish lies on the optical axis of the lens. The image of the fish seen by observer will be at
a)
A distance of 0.2 from the water surface
b)
A distance of 0.6 from the water surface
c)
A distance of 0.3 from the water surface
d)
The same location of fish
below the surface of a lake, is viewed through a simple converging lens of focal length . The lens is kept at above the water surface such that fish lies on the optical axis of the lens. The image of the fish seen by observer will be at
|
a) |
A distance of 0.2 |
|
b) |
A distance of 0.6 |
|
c) |
A distance of 0.3 |
|
d) |
The same location of fish |
|
(d) Apparent distance of fish from lens
From The image of the fish is still where the fish is |
below the water surface