A block of wood is floating in water at `0^@ C`. The temperature of water is slowly raised from `0^@ C` to `10^@ C`. How will the precentage of volume of block above water level change with rise in temperature?

A block of wood is floating on water at 0^@ C with a certain volume V outside the water-level. The temperature of water is slowly raised from 0^@C to 20^@C . How will the volume V change with rise in temperature ?

A block of wood is floating on water at 0^@C , with a certain volume V above water level. The temperature of water is slowly raised from 0^@C . How will the volume V change with the rise of temperature?

A block of wood is floating on water at 0^(@)C with a certain volume 'V' above the water level. The temperature of water is slowly raised to 20^(@)C . How does the volume 'V' change with the rise in temperature ?

A block of wood is floating on water at 0^(@)C with a certain volume V above water level. The temperature of water is slowly raised to 20^(@)C . How does the volume V change with the rise of temperature ?

If the temperature of water is raised from 0 ""^(@)C to 10^(@)C , its volume goes on increasing .

A block of wood is floating in water. What is apparent weight of the floating block?

A block of wood is floating on water at 0^(@)C with certain volume 'p' below the water, when the temperature of water is slowly raised to 10^(@)C , the value of 'p'

A block of wood is floating on water at 0^(@) C with certain volume 'rho' below the water, when the temperature of water is slowly raised to 10^(@) C , the value of 'p' .

A block of wood is floating on water at 0^(@)C with volume V_(0) above water. When the temperature of water increases from 0 to 10^(@)C , the change in the volume of the block That is above water is best described schematically by the graph