The decomposition of N2O4 is given by the reaction N2O42NO2 For this reaction, G=64,709RT[1.696lnT+0.0665103T+T20.602105+33.08] the reaction takes place at 350K and the feed consists of a mixture have the following mole fractions: xN2O4=0.20xNO2=0.15xInerts=0.65 a) The reaction occurs at 1.0 bar and behaves as an ideal gas mixture. Calculate the equilibrium conversion of N2O4 and the equilibrium composition of the mixture. b) What effect would lowering the pressure have on the equilibrium conversion of N2O4 if the temperature and feed composition were kept the same