It is desired to increase the volume of `80 cm^(3)` of a gas by `20%` without changing pressure. To what temperature the gas be heated if its initial temperature is `25^(@)C`?

It is desired to increase of the volume of a gas by 20% without changing the pressure. To what temperature, the gas must be heated if the initial temperature of the gas is 27^(@) ?

It is desired to increase of the volume of a gas by 20% without changing the pressure. To what temprature the gas must be heated if the initial temperature of the gas is 27^(@)C .

It is desired to increase the volume of 800 cm^(3) of a gas by 20% keeping the pressure constant. To what temperature should the gas be heated, if the initial temperature is 22^(@)C ?

It is desired to reduce the volume of 1000 cm of a gas by 25% . To what temperature the gas be cooled if the initial temperature is 125^@C and the pressure remains constant ?

Volume of a gas is doubled by raising its temperature at constant pressure . Initial temperature of the gas was 13^@C . Find the final temperature.

A gas.initially at 0^@C is heated so that its pressure and.volume are both doubled. What will be its final temperature?

By increasing temperature of gas by 5^(@)C its pressure increase by 0.5% from its initial value at constant volume then what is initial temperature of gas?