The following elementary liquid phase reactions Ak1B+CBk2D+ErA=k1CArD=k2CB are taking place in an ideal and constant-volume CSTR reactor. The desired product is B, and the undesired products are C, D and E. The temperature is 127C and the total pressure is 2 MPa. The feed to the reactor is mixture of A and N2 of in the ratio of 1:4. The reactor volume is 450L and the feed rate is 360Lmin1. The outlet concentration of A is 0.02moldm3 and k2 is 2min1,(CAO=0.12mol/dm3) (a) Write the net rates of formation of B,C and E. [5 Marks] [CO3, PO3, C3] (b) Calculate the X1,X2, and k1. [22 Marks] [CO3,PO3,C3] (c) Calculate SB/cDE. [5 Marks] [CO3, PO3, C3] (d) Calculate the outlet stream compositions ( yA,y,yC,yD and yE ). [8 Marks] [CO3, PO3, C3]