PLEASE DETAILED PROCEDURE

CO2(g)+CH4(g)2H2(g)+2CO(g) Thermodynamic information of relevant species at TR=25C and at 1 bar is below. Assume this is an ideal gas system, and that the Cpi is a function of temperature according to the following equation: RCPjg{T}=Ai+BiT+CiT2+T2Di The Ai,Bi,Ci, and Di constants for each species are listed below: A If reaction takes place in an adiabatic reactor, initially at TR1, would you expect the temperature to increase, decrease or stay the same? Why? B. Is the reaction spontaneous at TR ? Why? C. What would be the equilibrium constant, K, at 298K for this reaction? D. Consider a closed system with one mole of each reactant (N0,CH4,0=1mol,N0,CO,0=1mol). - What would be the total Gibbs free energy of this ideal gas system at a pressure of 1 bar and at a temperature of 298K? (Work on the space provided on next page.) - What would be the total Gibbs free energy of the system if the conversion of CH4 is 0.45 ? E. In industry, this reaction is commonly carried out at temperatures above 950K. Calculate Hrxn,Srxn and Grxn at 950K and 1bar. Hrxn{950K}=Grxn{950K}= Sran{950K}=