A cubical block is floating in a liquid with half of its volume immersed in the liquid. When the whole system accelerates upwards with acceleration of `g//3`, the fraction of volume immersed in the liquid will be

A cubical block is floating in a liquid with half of its volume immersed in the liquid. When the whole system accelerates upwards with a net acceleration of g//4 , the fraction of volume immersed in the liquid will be

A cubical block is floating in a liquid with half of its volume immersed in the liquid. When the whole system acelerates upwards with a net acceleration of g/3. The fraction of volume immersed in the liquid will be (3)/(x) Find x.

A cubical block is floating in a liquid with half of its volume immersed in the liquid.When the whole system accelerates upward with a net acceleration of g/2 the fraction of volume immersed in the liquid will become

A cubical block is floating in a liquid with half of its volume immersed in the liquid.When the whole system accelerates upward with a net acceleration of g/2 the fraction of volume immersed in the liquid will become

A cubical block is floating in a liquid with one fourth o its volume immersed in the liquid. If whole of the system accelerates upward with acceleration g/4, the fraction of volume immersed in the liquid will be :-

A plank is floating in a liquid as shown, Fraction f of its volume is immersed. Choose the correct options

A block of density rho floats in a liquid with its one third volume immersed. The density of the liquid is

A non-conductiong body floats in a liquid at 25^(@)C with 1//3 of its volume immersed in the liquid. When liquid temperature is increased to 105^(@)C, 1//2 of body's volume is immersed is the liquid. Then, find the coefficient of real expansion of the liqquid (neglecting the expansion of container of the liquid) .

A non-conducting body floats in a liquid at 20^(@)C . with 2//3 of its volume immersed in the liquid When liquid temperature is increased to 100^(@)C, 3//4 of body volume is immersed in the liquid. Then the coefficient of real expansion of the liquid is... (neglecting the expansion of container of the liquid)

A wooden block is floating in a liquid, 50% of its volume is inside the liquid when the vessel is stationary. Percentage of volume immersed when the vessel moves upwards with an acceleration a=g/2 is