The volume of sample of gas at 15°C is 288mL at a pressures of 800mmHg. Calculate the volume of the gas sample at 0°C keeping the pressure constant

Volume of 0.5 mole of a gas at 1 atm. pressure and 273^@C is

The volume of a certain amount of a gas at 25^@C and at 100 cm pressure is 80 mL. The gas is expanded to 140.5 mL keeping temperature constant. Calculate the pressure of the expanded gas.

Can the temperature of a gas increased keeping its pressure and volume constant ?

Heat supplied to an ideal gas sample at constant Pressure :

Volume occupied by gas is 700 "cm"^3 under 760 mm Hg pressure. Calculate the pressure of gas if gas occupies 400 "cm"^3 keeping the temperature constant

Volume of certain amount of a gas at 25^@C and 100 cm Hg pressure is 80 mL. The gas is expanded to 160 mL keeping the temperature constant. Calculate the pressure of the expanded gas.

Volume of certain amount of a gas at 25^@C 100 cm Hg pressure is 80 mL. The gas is expanded to 160 mL keeping the temperature constant. Calculate the pressure of the ended gas.

2 g of a gas collected over water at 20^(@)C and under a pressure of 770mm Hg occupied 800ml. Calculate the volume of dry gas at S.T.P. condition. Vapour pressure of water at 20^(@)C is 15mm Hg.

2.5 L of a sample of a gas at 27^(@)C and 1 bar pressure is compressed to a volume of 500 mL keeping the temperature constant, find the % increase in the pressure.

A sample of charcoal weighing 6 g was brought into contact with a gas contained in a vessel of one litre capacity at 27^(@)C . The pressure of the gas was found to fall from 700 to 400 mm. Calculate the volume of the gas (reduced to STP) that is adsorbent under the condition of the experiment ("density of charcoal sample is" 1.5 g cm^(3)) .