In an isomerization reactor, n-C4H10 is converted to i-C4H10. The feed of this reactor, operating isothermally at 160\deg C, contains 90 mol% n-butane, 6 mol% isobutane and 4 mol% hydrogen chloride. n-butane undergoes 35% conversion. a) Calculate the number of moles of each component in the feed and product and the degree of progress of the reaction, x, based on 1 mole of feed. b) Calculate the standard heat of this isomerization reaction in kJ/mol. Prepare an inlet and outlet enthalpy table at 25 C with reference to the feed and product types and calculate the amounts (moles) and specific enthalpies (kJ/mol) of the components. c) Calculate the amount of heat transfer (kJ) to or from the reactor (indicate which one). calculate. Then calculate the heat transfer required for a reactor feed of 400 moles/hour. Find the speed (kW). (ANSWER THE QUESTIONS NUMERICALLY, PLEASE, STEP BY STEP)