A liquid of volume `V` having coefficient of real cubical expansion `r` , is taken into a vessel of coefficient of linear expansion `a`. If level of liquid remains constant at all temperatures, relation between `r` and `a` is-
A) `r = 2a`
B) `r = 3a`
C) `r = a`

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

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

The liquid whose coeffcient of real expansion is equal to 1.5 times the coefficient of areal expansion of container and heated then the level of the liquid taken in the container

The coefficient of x^(r) in the expansion of (1-x)^(-2) is

If the coefficient of real expansion gamma_(R) is 1% more than coefficient of coefficientg of apparent expansion, linear expansion coefficient of the materia is a

A liquid (coefficient of cubical expansion gamma_(1) ) is contained in a glass vessel of volume V_(0) (coefficient of cubical expansion gamma_(g) ) at a temperature. The volume of liquid at this temperature is V_(l) . Now the system is heated and it is found that at all temperatures, the volume of vessel, unoccupied by liquid remains always same, then

A liquid with coefficient of real volume expansion (gamma) is filled in vessel of coefficient of linear expansion gamma/3 . When the systeam is heated then. a) The volume of spece above liquid remains same. b) The level of liquid relative to vessel reamins same. c) The fraction of volume of liquid in vessel reamains same.

A liquid whose coefficient of volume expansion is gamma_(r) Completely fills a sealed metal tank at negligible pressure the coefficient of linear expansion of the metal is alpha and the pressure of the liquid will be

The coefficient of real expansion of liquid is 7 xx 10^(-4//0)C . The co efficient of linear ex/pansion of the vessel is 1 xx 10^(-5)//^(0)C . The coefficient of apparent expansion of the liquid is