See Fig. and answer the following question.
a. Find apparent height of the bird.
b. Find apparent depth of the fish.
c. At what distance will the bird appear to the fish ?
d. At what distance will the fish appear to the bird?

Find out the following in the figure shown below : (a) The apparent speed of the fish as observed by the bird (b) The apparent speed of the bird as observed by the fish

A bird is flying at a height of 18 meters above the river and it saw a fish at a depth of 3 meters . how much distance the bird hs to travel to reach the fish?

A fish in water (refractive index n ) looks at a bird vertically above in the air. If y is the height of the bird and x is the depth of the fish from the surface, then the distance of the bird as estimated by the fish is

A fish in water (refractive index n ) looks at a bird vertically above in the air. If y is the height of the bird and x is the depth of the fish from the surface, then the distance of the bird as estimated by the fish is

A consider the situation in figure. The bottom of the pot is a reflecting plane mirror. F is a fish and B is a bird. (a) At what distance(s) from itself will the fish see the image (b) At what distance(s) from itself will the bird see the image(s) of the fish? Take m_(wa) = 4/3

A bird in air looks at a fish vertically below it and inside water. h_(1) is the height of the bird above the surface of water and h_(2) , the depth of the fish below the surface of water. If refractive index of water with respect to air be mu , then the distance of the fish as observed by the bird is

Find out the following in the figure shown below : (a) The apparent distance of the fish from the surface as observed by the bird (b) The apparent distance of the bird from the surface as observed by the fish

If a fish lies at the bottom of a 4 m deep water tank (mu = 4//3) and a bird is flying at a height of 6m above the water surface, then apparent distance at which the fish appears to the bird is

Consider the situation in Fig. The bottom of the pot is a reflecting plane mirror, S is a small fish, and T is a human eye. Refractive index of water is mu . a. At what distance(s) from itself will the fish see the image(s) of the eye? b. At what distance(s) from itself will the eye see the image(s) of the fish?