A small body of density `rho'` is dropped from rest at a height `h` into a lake of density `rho`, where `rhogtrho’`. Which of the following statements is/are correct if all dissipative effects are neglected (neglect viscosity)?

A body of density rho is dropped from reat from a height h into a lake of density sigma(sigmagtrho) . The maximum depth the body sinks inside the liquid is (neglect viscous effect of liquid)

A body of density rho is dropped from a height h into a lake of density sigma(sigmagtrho) . The maximum depth the body sinks inside the liquid is (neglect viscous effect of liquid)

A body of density rho is dropped from rest from height h (from the surface of water) into a lake of density of water sigma(sigmagt rho) . Neglecting all disspative effects, the acceleration of body while it is in the take is

A body of density rho is dropped from rest from height h (from the surface of water) into a lake of density of water sigma(sigmagt rho) . Neglecting all disspative effects, the acceleration of body while it is in the take is

An object of density sigma(ltrho) is dropped from rest at a height h into a liquid of density rho kept in a tall vertical cylindrical container. Neglect all dissipative effects and assume that there is no spilling of the liquid. The time taken by the object to reach the starting point (from which it is dropped) is

An object of density sigma(ltrho) is dropped from rest at a height h into a liquid of density rho kept in a tall vertical cylindrical container. Neglect all dissipative effects and assume that there is no spilling of the liquid. The time taken by the object to reach the starting point (from which it is dropped) is

A ball of density rho is dropped from a height on the surface of a non-viscous liquid of density 2rho . Choose the correct options.

A ball of density rho is dropped from a height on the suraca of a non-visous liquid of dinsity 2rho . Choose the correct options.