A body of uniform cross-sectional area floats in a liquid of density thrice its value. The portion of exposed height will be :

A body of uniform cross-section remains floating in a liquid. The density of the liquid is 3 times that of the body. What part of that body remains outside the liquid?

A body with a uniform cross-section floats on a liquid. The density of the liquid is thrice the density of the body. The part of the body that remains above the liquid is

A test tube of uniform cross-section is floated vertically in a liquid 'A' (density rho A ) upto a mark on it when it is filled with 'x' ml of a liquid 'B' (density rho B ). To make the test tube float in liquid B upto the same mark it is filled with y ml of the liquid A. Find the mass of the test tube.

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

A rectangular block of mass m and area of cross-section A floats in a liquid of density rho . If it is given a small vertical displacement from equilibrium, it undergoes oscillation with a time period T. Then