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

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 .

What is the relation between the coefficient of linear expansion (alpha) and the coefficient of volume expansion (gamma) of a solid?

Howco.efficient of linear expansion is related to coefficient of volume expansion ?

" The relation between coefficient of linear expansion "(alpha_(1))" and coefficient of volume expansion ( "alpha_(5)" ) 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 .

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 .

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

The relation between the coefficient of linear expansion (alpha) , superficial expansion (beta) and volume expansion (gamma) of a solid is-