A sample of gas is found to occupy a volume of `900 cm^(-3)` at `27^(@)C`. Calculate the temperature at which it will occupy a volume of `300 cm^(3)`, provided the pressure is kept constant.

A sample of a gas is found to occupy a volume of 800 cm^(3) "at" 27^(@) celsius. Calculate the temperature at which it will occupy a volume of 400 cm^(3) , provided the pressure is kept constant.

A sample of gas occupies volume of 750 cm^(3) at 27^(@)C . Calculate the temperature at which it will occupy a volume of 350 cm^(3)?

A certain gas was found to occupy a volume of 1000 cm^(3) at 27^(@)C .Calculate the temperature at which the gas occupies a volume of 600 cm^(3) at a constant pressure.

A sample of helium gas has a volume of 500 cm^(3) at 373 K . Calculate the temperature at which the volume become 260 cm^(3) . Assume that pressure is kept constant.

A sample of helium gas has a volume of 500 cm^(3) at 373 K . Calculate the temperature at which the volume become 260 dm^(3) . Assume that pressure id kept constant.

A sample of a gas occupies 650.0 cm at 100^@C . At what temperature the gas will occupy a volume of 1050.0 cm^3 if the pressure is kept constant ?

A sample of helium has a volume of 500 cm^3 at 373 K. Calculate the temperature at which the volume will become 260 cm^3 . Assume that the pressure is constant.

0.30 g of gas was found to occupy a volume of 82.0 mL at 27^(@)C and 3 atm. Pressure. The molecular mass of the gas is

A fixed mass of gas occupies a volume of 273 cm^3 at STP. At what pressure the above gas will occupy a volume of 300 cm^3 at 27^@C ?