A gas occupies 2 litre at S.T.P. It is provided 300 joule heat so that its becomes 2.5 litre at 1 atm. Calculate change in its internal energy.

A gas occupies 2 litre at STP. It is provided 300 joule heat so that its volume becomes 2.5 litre at 1 atm. Calculate change in its internal energy.

A gas occupies 2 litre at STP. It is provided 58.63 joule heat so that its volume becomes 2.5litre at 1 atm. Calculate change in its internal energy

A gas occupies 2 litre at STP. It is provided 58.63 joule heat so that its volume becomes 2.5litre at 1 atm. Calculate change in its interna energe

A gas occupies 2L at STP . It is provided 300J heat so that it volume becomes 2.5L at 1atm . Caluclate the change in its internal enegry.

A gas occupies 2L at STP . It is provided 300J heat so that it volume becomes 2.5L at 1atm . Caluclate the change in its internal enegry.

One mole of SO_(2) at 298K and 1atm pressure is heated in a closed vessel so that its temperature is 475K and pressure is 4atm . It is then cooled so that temperature becomes 298K and pressure is 1atm . What is that change in the internal energy of the gas?

One mole of SO_(2) at 298K and 1atm pressure is heated in a closed vessel so that its temperature is 475K and pressure is 4atm . It is then cooled so that temperature becomes 298K and pressure is 1atm . What is that change in the internal energy of the gas?

In a container, two moles of a diatomic ideal gas is allowed to expand against 1 atm pressrue & volume change from 2 litre of 5 litre then calculate change in internal energy.