A liquid having coefficient of volume expansion gamma_(0) is filled in a cylindrical glass vessel. Glass has a coefficient of linear expansion of alpha_(g). The liquid along with the container is heated to raise their temperature by DeltaT. Mass of the container is negligible. (a) find relationship between alpha_(g) and gamma_(0) if it was found that the centre of mass of the system did not move due to heating. (b) Find relationship between alpha_(g) and gamma_(0) if the fraction of volume of the container occupeid by the liquid does not change due to heating.

A liquid having coefficient of volume expansion gamma_(0) is filled in

1.	A liquid having coefficient of volume expansion gamma_(0) is filled in a cylindrical glass vessel. Glass has a coefficient of linear expansion of alpha_(g). The liquid along with the container is heated to raise their temperature by DeltaT. Mass of the container is negligible. (a) find relationship between alpha_(g) and gamma_(0) if it was found that the centre of mass of the system did not move due to heating. (b) Find relationship between alpha_(g) and gamma_(0) if the fraction of volume of the container occupeid by the liquid does not change due to heating.
Answer» ANSWER :(a) `gamma_(0) =2alpha_(G)` (B) `gamma_(0) =3alpha_(g)`