A cube of coefficient of linear expansion `alpah` is floating in a bath containing a liquid of coefficeient of volume expansion `gamma_(l)`. When the temperature is raised by `DeltaT`, the depth upto which the cube is submerged in the liquid remains the same. Find relation between `alpha` and `gamma_(l)`

A cube of coefficient of linear expansion alpha is floating in a bath containing a liquid of coefficient of volume expansion gamma_(l) . When the temperature is raised by DeltaT , the depth upto which the cube is submerged in the liquid remains the same. Find relation between alpha and gamma_(l)

A cube of coefficient of linear expansion alpha is floating in a bath containing a liquid of coefficient of volume expansion gamma_(l) . When the temperature is raised by DeltaT , the depth upto which the cube is submerged in the liquid remains the same. Find relation between alpha and gamma_(l)

A cube of coefficient of linear expansion alpha is floating in a bath containing a liquid of coefficient of volume expansion gamma_(l) . When the temperature is raised by DeltaT , the depth upto which the cube is submerged in the liquid remains the same. Find relation between alpha and gamma_(l)

A cubical block of co-efficient of linear expansion alpha_s is submerged partially inside a liquid of co-efficient of volume expansion gamma_l . On increasing the temperature of the system by DeltaT , the height of the cube inside the liquid remains unchanged. Find the relation between alpha_s and gamma_l .

A cubical block of co-efficient of linear expansion alpha_s is submerged partially inside a liquid of co-efficient of volume expansion gamma_l . On increasing the temperature of the system by DeltaT , the height of the cube inside the liquid remains unchanged. Find the relation between alpha_s and gamma_l .

A solid with coefficient of linear expansion aplha just floats in a liquid whose coefficient of volume expansion is gamma . If the system is heated, the solid will

A liquid with coefficient of volume expansion gamma is filled in a container of a material having the coefficient of linear expansion alpha . If the liquid overflows on heating

On heating a liquid of coefficient of cubical expansion gamma in a container having coefficient of linear expansion gamma//3 . The level of liquid in the container will