One mole of an ideal gas 2 atm, and volume V= 24 L in state A, first experiences an isothermal expansion so that its volume in state B is 2 times greater than in state A. Next, through a constant volume compression the gas reaches state C, and via a constant pressure (isobaric) transformation is brought back to the original state A.
i) Through this cycle on a P-V diagram.
ii) Determine the pressure, volume and temperature in each state.
Take R = 8 J/mol-K, 1 L = 10^-3 m^2, 1 atm= -10^3 N/m^2