Q1) Carbon dioxide is produced by the gas-phase oxidation of naphthalene in a flow reactor. The feed consists of reactants enters at constant pressure of 6127 atm and constant temperature of 127C. Suppose that 168 mol/dm of naphthalene (C10H8) is burned with 1000 mol/dm3 of air as in the following reaction: C10H3 + 1202 10CO2 + 4H20 a) With C19Hg as basis of calculation, set up a stoichiometric table for all species as functions of conversion for a flow reactor. b) Determine the total leaving molar flow rate (Ft). c) If 10% of naphthalene is combusted, reaction constant is 50 dm'.hr/mol and the reaction is first order with respective to each reactant, find the rate of the reaction. atm.dm3 Given R = 0.08206 mol.K