please solve all of them

Normal heptane is dehydrocyclicized to toluene and hydrogen in a continuous vapor-phase reaction: C7H16C6H5CH3+4H2 Pure heptane at 405C is fed to the reactor. The reactor operates isothermally at 405C and 47.50% of the heptane is dehydrocyclicized. Data: You may take the average heat capacity of n-heptane between 25C and 405C to be 0.2442kJ/(molC). Physical Property Tables Enthalpy Table Your answer is partially correct. Taking elemental species [C(5),H2(g)] at 25C as references, complete the following input-output enthalpy table. (See Example 9.52.)Takeabasisof1 mole of heptane fed. Calculate the required heat transfer to or from the reactor (state which it is) in kJ. The magnitude of the heat transfer is kJ and the reaktor Attempts: 0 of 4 used Heat of Reaction What is the heat of the heptane dehydrocyclization reaction at 405C and 1atm? H1(405C)= k.)