The voluman of a PFR (vertical cylinder) was determined for a first order isothermal gas phase reaction based on an incorrect stoichiometry. To achieve a conversion of A equal to 98.5% it was calculated that the PFR should be 850L. The correct stoichiometry indicates that 2 moles of P are formed from 3 moles of A. Recalculate the reactor volume and plot the conversion and concentration profile (CA and CP) inside the reactor vs length (height/radius ratio =5 ). Assume those reactor operating conditions not specified and necessary. The voluman of a PFR (vertical cylinder) was determined for a first order isothermal gas phase reaction based on an incorrect stoichiometry. To achieve a conversion of A equal to 98.5% it was calculated that the PFR should be 850L. The correct stoichiometry indicates that 2 moles of P are formed from 3 moles of A. Recalculate the reactor volume and plot the conversion and concentration profile (CA and CP) inside the reactor vs length (height/radius ratio =5 ). Assume those reactor operating conditions not specified and necessary