The ratio of angle of minimum deviation of a prism in air and when dipped in water will be `(._(a)mu_(g)=3//2 and ._(a)mu_(w)=4//3)`

The ratio of the angle of minimum deviation of a prism in air and when dipped in water will be (""_(a)mu_(g) = (2)/(3) and ""_(w)mu_(g) = (9)/(8)) and

The ratio of the angle of minimum deviation of a prism in air and when dipped in water will be (""_(a)mu_(g) = (2)/(3) and ""_(w)mu_(g) = (9)/(8)) and

The deviation produced by a thin glass prism placed in air, when immersed in water is [Given ""_(a)mu_(g) = 3//2 and ""_(a)mu_(w) = 4//3 ]

The deviation produced by a thin glass prism placed in air, when immersed in water is [Given ""_(a)mu_(g) = 3//2 and ""_(a)mu_(w) = 4//3 ]

Find the value of angle of minimum deviation of a prism.[Given mu=sqrt2,A=60^@ ]

If a thin prism of glass is dipped into water then minimum deviation (with respect to air) of light produced by prism will be (^wn_g = 3//2 and ^an_w = 4//3)

What is the apparent position of an object below a rectangular block of glass 6 cm thick, if a layer of water 4 cm thicke ia on the top of the glass ? Given ^(a)mu_(g) = 3//2 and ^(a)mu_(w) = 4//3 .