A 5 litre cylinder contained 10 moles of oxygen gas at `27^(@)C`. Due to sudden leakage through the hole, all the gas escaped into the atmosphere and the cylinder got empty. If the atmosphere pressure is 1.0 atm. Calculate the work done by the gas. Assuming gas to be ideal.

A 5L cylinder contained 10 moles of oxygen gas at 27^(@)C . Due to sudden leakage through the hole, all the gas escaped into the atmosphere and the cylinder got empty. If the atmospheric pressure is 1.0atm , calculate the work done by the gas.

A 5L cylinder contained 10 moles of oxygen gas at 27^(@)C . Due to sudden leakage through the hole, all the gas escaped into the atmosphere and the cylinder got empty. If the atmospheric pressure is 1.0atm , calculate the work done by the gas.

A 6 litre cylinder contained 280 g of N_(2) gas at 27^(@) C. Due to sudden leakage through the hole, all the gas escaped into atmosphere and the cylinder became empty.If the atmospheric pressure is 1.0 atmosphere, calculate the work done by the gas.

A 5.0 litres cylinder contained 10 moles of hydrogen gas at 27°C. Due to leakage, entire gas escaped into the atmosphere. The atmospheric pressure is 1.0 atm. Calculate the work done by the gas assuming hydrogen to be an ideal gas.

One mole of an ideal gas is heated from 273K to 546K at constant pressure of 1 atmosphere. Calculate the work done by the gas in the process.

One mole of an ideal gas is expanded from a volume of 3L to 5L under a constant pressure of 1 atm. Calculate the work done by the gas.

A6L cylinder contains 10 mol oxygen gas at 27^(@)C. If the whole gas escapes isothermally into atmosphere having a pressure of 1 atm, how much work is done by the gas

Three moles of helium gas at one atmosphere are compressed reversibly and isothermally at 127^(@)C to 5 atmospheres. Calculate the work done.

The pressure of 6 mol N_(2) gas kept in a cylinder is 30 atm at 30^(@)C . Suddenly the gas comes out of the cylinder due to leakage. If the atmospheric pressure and temperature and 1 atm and 30^(@)C , then calculate the work done by the gas. Assume that the gas behave ideally.