Chemical Reaction Engineering

-Show each step clearly in your derivations required in the solution of each problem.

- DO NOT USE the final equations directly from your textbook.

- R: 1.987cal/molK, 0.082 L.atm/mol.K, 8.314 J/mol.K

-Show each step clearly in your derivations required in the solution of each problem. - DO NOT USE the final equations directly from your textbook. - R: 1.987cal/molK, 0.082L.atm/mol.K,8.314J/mol.K 1. The reaction A3B takes place at 50C and 2atm in a batch reactor and the following data are obtained. a) Calculate the expansion factor (A). b) Calculate the conversion values (XA) for each time. Show that the reaction is second order by using the integral method and find the rate constant (k) if CA0 is 0.1mol/mL