An irreversible elementary gas phase reaction 2A+BC is carried out in an isothermal and isobaric plug flow reactor (PFR) with k=0.2dm3mol1s1. The feed is equal molar in A and B, the entering temperature is 500K and the entering total pressure is 16.4atm. The reactor volume is 10,000dm3 and FB0=FAO=10mols1. a) Identify the limiting reactant for above reaction. (1 Mark) [CO1,PO1,C3] b) Write down the reaction equation based on the limiting reactant. (1 Mark) [CO1,PO1,C3] c) Construct a stoichiometric table based on reaction equation in part 1 (b) and express the concentration of each species as a function of conversion. (3 Marks) [CO,PO1,C2] d) Determine all the constants ( ,B,c, and epsilon) for this reaction. (2 Marks) [CO1,PO1,C3] e) Calculate the exit conversion of A,XA, when the rate of reaction, rA=kCA2. (5 Marks) [CO3,PO3,C3] f) Calculate the exit concentration of A,CA and C,CC by using the exit conversion of A,XA in part 1(e). (3 Marks) [CO3,PO3,C3]