The fraction of a floating object of volume `V_(0)` and density `d_(0)` above the surface of a liquid of density d will be

The fraction of a floating object of volume V_0 and density d_0 above the surface of liquid of density d will be

The fraction of a floating object of volume V_0 and density d will be

Calculate the fraction of a floating object of density (d_0) above the surface of a liquid of density (d)

A hollow metallic sphere, the outer and inner diameters of which are d_(1) and d_(2) . floats on the surface of a liquid. The density of metal is rho_(1) and the density of liquid is rho_(2) . What weight must be added inside the sphere in order for it to float below the level of liquid?

A hollow metallic sphere, the outer and inner diameters of which are d_(1) and d_(2) . floats on the surface of a liquid. The density of metal is rho_(1) and the density of liquid is rho_(2) . What weight must be added inside the sphere in order for it to float below the level of liquid?

A hollow metallic sphere, the outer and inner diameters of which are d_(1) and d_(2) . floats on the surface of a liquid. The density of metal is rho_(1) and the density of liquid is rho_(2) . What weight must be added inside the sphere in order for it to float below the level of liquid?

A body of volume V and density P_S , floats with volume v inside a liquid of density P_L . Show that v/V=P_S/P_L

If an object of volume V and density d_1 is immersed in a liquid of density d_2 and volume of the liquid displaced is v, then the relation between them is given by the expression__= ___.