A 1000 mL sample of a gas at `-73^(@)C` and 2 atmosphere is heated to `123^(@)C` and the pressure is reduced to 0.5 atmosphere. What will be the find volume ?

A 1000 mL sample of a gas at -73^@C and 2 atmosphere is heated to 123^@C and the pressure is reduced 0.5 atm. What will be the final volume ?

A sample of a gas occupies 600 mL at 27^(@)C and 1 atm. What will be the volume at 127^(@)C if the pressure is kept constant ?

A sample of gas occupies of 10 L at 127^(@)C and I bar Pressure. The gas is cooled to - 73^(@)C at the same pressure. What will be the volume of the gas?

A sample of gas occupies of 10 L at 127^(@)C and I bar Pressure. The gas is cooled to - 73^(@)C at the same pressure. What will be the volume of the gas?

The volume of gas at 27^(@) C and 2 atmospheric pressure is 2 litres. If the pressure is doubled and absolute temperature is reduced to halff, what will be volume of the gas?

A sample of gas occupies 12 L at 227^@C and at 1 atm pressure. The gas is cooled to - 73^@C at the same pressure. What would be the volume of the gas?

The volume of a gas at 20^(@)C is 200 ml. If the temperature is reduced to -20^(@)C at constant pressure, its volume will be :-

The volume of a gas at 20^(@)C is 200 ml. If the temperature is reduced to -20^(@)C at constant pressure, its volume will be :-

300 mL of oxygen gas at - 10^(@)C are heated to 10^(@)C . What is the new volume if pressure remains constant ?

1.5 mole of N_(2) at 77^(@)C and at a pressure of 5 atmosphere is mixed with 0.5 mole of helium at 27^(@)C and at a pressure of 2 atmosphere. The volume of the mixture is equal to the sum of their initial volume. What is the pressure of the mixture if the temperature of the mixture is 69^(@)C .