Solve what is asked with the data of the problem, of your best attempt.

Problem: Consider an exothermic reaction of an organic component (which is an impurity), of 0.005% by volume in an air stream leaving a process at 150 C at a pressure of 2.25 atm. Since it is desired to eliminate this impurity, said current is fed (under these conditions) to an ideal stirred tank reactor, which contains platinum wires (1 mm in diameter and 5 cm in length), so that the reaction occurs only on the surface. The heat of reaction for this reaction is (H ) 40,000 (cal/mol), and the Cp=0.24 (cal/mol-K) of the gas stream. If he particle Reynolds number p=dp* up/ is 100, what is the temperature difference between the gas stream and the surface of the wire?

If: (CAGCAS)/CAG =0.85 and (AGCCAS)/AGC=0.05