At constant pressure, the ratio of increases in volume of an ideal gas per degree rise in kelbin temperature to its volume isA. 1/TB. `1//T^(2)`C. TD. `T^(2)`

At constant pressure, the ratio of increases in volume of an ideal gas

1.	At constant pressure, the ratio of increases in volume of an ideal gas per degree rise in kelbin temperature to its volume isA. 1/TB. `1//T^(2)`C. TD. `T^(2)`
Answer» Correct Answer - A According to the ideal gas law, `rArrpVRT=V=[(R)/(p)]T` `rArrVpropT rArr(V_(1))/(V_(2))=(T_(1))/(T_(2))or (V_(2))/(V_(1))-1=(T_(2))/(T_(1))-1` `rArr(V_(2)-V_(1))/(V_(1))=(T_(2)-T_(1))/(T_(1))rArr(V_(2)-V_(1))/(V_(1))=(1)/(T_(1))=1/T`

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At constant pressure, the ratio of increases in volume of an ideal gas per degree rise in kelbin temperature to its volume isA. 1/TB. `1//T^(2)`C. TD. `T^(2)`

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