The density `rho` of a liquid varies with depth h from the free surface as `rho=kh`. A small body of density `rho_(1)` is released from the surface of liquid. The body will

Density of a liquid varies with depth as rho=alpha h. A small ball of density rho_(0) is released from the free surface of the liquid. Then

Density of a liquid varies with depth as rho=alpha h. A small ball of density rho_(0) is released from the free surface of the liquid. Then

A ball of density rho is released from deep inside of a liquid of density 2 rho . It will move up

A ball of density rho is released from deep inside of a liquid of density 2 rho . It will move up

A uniform solid sphere of radius R is in equilibrium inside a liquid whose density varies with depth from free surface as rho=rho_(0)(1+h/(h_(0))) where h is depth from free surface. Density of sphere sigma will be :

A uniform solid sphere of radius R is in equilibrium inside a liquid whose density varies with depth from free surface as rho=rho_(0)(1+h/(h_(0))) where h is depth from free surface. Density of sphere sigma will be :

When a body of density rho and volume V is floating in a liquid of density sigma