A body is placed over the surfaces of two liquids of densities `d_1 and d_2 (d_1 gt d_2)` separately. If the density of the object is less than both the liquids in which liquids the body immerses more?

If equal masses of two liquids of densities d_(1) and d_(2) are mixed together, the density of the mixture is

Three liquids of densities d, 2d , and 3d are mixed in equal volumes. Then the density of the mixture is

An object weights m_(1) in a liquid of density d_(1) and that in liquid of density d_(2) is m_(2) . The density of the object is

Weight of a body on the surfaces of two planets is the same. If their densities are d_(1) and d_(2) , then ratio of their radii is

When an object is made to float in two different liquids of density d_(1)andd_(2) , the lengths of the object seen above the liquid surface are l_(1)andl_(2) , respectively. Which of the following is the correct alternative ?

A stream-lined body falls through air from a height h on the surface of a liquid . Let d and D denote the densities of the materials of the body and the liquid respectively, if D gt d , then the time after which the body will be intantaneously at rest, is:

For a body immersed in a liquid, when the weight of the body is less than the upthrust then the body will

Three liquids of densities d, 2d , and 3d are mixed in equal proportions of weights. The relative density of the mixture is

A body is just floating on the surface of a liquid. The density of the body is same as that of the liquid. The body is slightly pushed down. What will happen to the body

When a solid body is placed over the surface of a liquid A, half of its volume gets immersed in it. When the same body is made to float on liquid B, one fourth of its volume is seen above the surface of the liquid. Explain.