The water-gas shift reaction is an important industrial reaction used to generate useful hydrogen gas as a fuel or a precursor to other chemicals: CO(g)+H2O(g)H2(g)+CO2(g) Since it is a reversible reaction, much attention has been focused on optimizing the feed ratio and temperature to obtain desirable conversions. In one production line, a catalytic reactor is charged with 96mol/h of a gaseous feed with a steam to CO molar ratio of 3.68. At the reaction temperature of 723C, the limiting reactant conversion was found to be 89.76%. Assuming that the product stream has the same temperature as the reactor upon exiting, report its volumetric flow rate for a total outlet pressure of 1.08atm. Type your answer in m3/h,2 decimal places