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

body of density rho is dropped from height h into a liquid having density sigma(sigmagt rho) .If the body just touches the of the container, then the distance of fallen would be proprotional to (Neglect viscous forces)

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 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)?

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