A sinker of weight `w_0` has an apparent weight `w_1` when weighed in a liquid at a temperature `t_1 and w_2` when weight in the same liquid at temperature `t_2`. The coefficient of cubical expansion of the material of sinker is `beta`. What is the coefficient of volume expansion of the liquid.

A glass sinker has a mass M in air, When weighed in a liquid at temperature t_(1) , the apparent mass is M_(1) and when weighed in the same liquid at temperature t_(2) , the apparent mass is M_(2) . If the coefficient of cubical expansion of the glass is gamma_(g) , then the real coefficient of expansion of the liquid is :

A metallic bob weights 50 g in air. If it is immersed in a liquid at a temperature of 25^@ C , it weights 45 g . When the temperature of the liquid is raised to 100^@ C , it weights 45.1 g . Calculate the coefficient of cubical expansion of the liquid. Given that coefficient of cubical expansion of the metal is 12 xx 10^(-6) .^@ C^-1 .

A metallic bob weights 50 g in air. If it is immersed in a liquid at a temperature of 25^@ C , it weights 45 g . When the temperature of the liquid is raised to 100^@ C , it weights 45.1 g . Calculate the coefficient of cubical expansion of the liquid. Given that coefficient of cubical expansion of the metal is 12 xx 10^(-6) .^@ C^-1 .

A glass vessel of volume v_(0) is completely filled with a liquid and its temperature is raised by DeltaT . What volume of the liquid will overflow? Coefficient of linear expansion of glass =alpha-(g) and coefficient of volume expansion of the liquid =gamma_(c)