One mole of a gas expands with temperature T such thaht its volume, V=`KT^(2)`, where K is a constant. If the temperature of the gas changes by `60^(@)C` then the work done by the gas is `120R

One mole of a gas expands such that its volume 'v' changes with absolute temperature 'T' in accordance with the ralation V = HT^(2) where 'K' is a constant . If the temperature of the gas changes by 60^(@) C , then work done by the gas is (R is universal gas constant ) .

If the pressure and the temperature of a gas change at constant volume, what is the work done by the gas?

A gas expands with temperature according to the relation, V=kT^(2//3) where k is a constant Word done when the temperature changes by 60 K is (R= Universal gas constant).

A gas expands with temperature according to the relation V = kT^(2//3) . What is the work done when the temperature changes by 30^(@)C ?

A gas expands with temperature according to the relation V=KT^(2/3) .Work done when the temperature changes by 60K is.

A gas expands with temperature according to the relation V=KT^(2/3) .Work done when the temperature changes by 60K is.

If one mole of gas doubles its volume at temperature T isothermally then work done by the gas is

If one mole of gas doubles its volume at temperature T isothermally then work done by the gas is