Relate the thermal coefficient of linear expansion, `alpha`, the the thermal coefficient of area expansion `beta`.

Relate the terhmal coefficient of linear expansion, alpha , the the thermal coefficient of area expansion beta .

Can we related the thermal coefficient of linear expansion, alpha , to the thermal coefficient of volume expansion?

The SI unit for the coefficient of linear expansion is

The height of a mercury column measured with a brass scale, which is correct and equal to H_0 at 0^@C , is H_1 at t^@C ? The coefficient of linear expansion of brass is alpha and the coefficient of linear expansion of brass is alpha and the corfficient of volume expansion of mercury is gamma . Relate H_0 and H_1 .

Two metallic rods of length l and 3l have coefficient of linear expansion alpha and 3alpha respectively. The coefficient of linear expansion ofr their series combinations, is

Thermal expansion

The apparent coefficients of volume expansion of a liquid when heated filled in vessel A and B of identical volumes, are found to be gamma_(1) and gamma_(2) respectively. If alpha_(1) be the coefficient of liner expansion for A, then what will be the be the coefficient of linear expansion for B? (True expansion - vessel expansion = app.exp)