A bird is flying up at an angle `sin^(-1)(3//5)` with the horizontal. A fish in a pond looks at that bird when it is vertically above the fish. The angle at which the bird appears to fly (to the fish) is `[mu_(w) = 4//3]`

A bird is flying up at angle sin^(-1)(3//5) with the horizontal. A fish in a pond looks at that bird. When it is vertically above the fish. The angle at which the bird appears to fly (to the fish) is [n_(water)=4//3]

A fish is vertically below a flying bird moving vertically down toward water surface. The bird will appear to the fish to be

A fish is vertically below a flying bird moving vertically down toward water surface. The bird will appear to the fish to be

A brid flies down vertically towards a water surface. To a fish inside the water, vertically below the bird, the bird will appear to

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 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