second time asking, could really use the help.

please include the required rate of heat transfer to/frin the reactor in kW (use enthalpy table)

Ammonia is oxidized with air to form nitric oxide in the first step of the production of nitric acid. Two principal gas-phase reactions occur 4 NH3 + 50, - 4 NO + 6H30 2 NH3 + 1.5 02-N2 + 3H20 All species in the following fiowchart are gases. REACTOR 100 mol NH /min 25C, 8 bar nor (mol air/min) 0.21 mol O /mol 0.79 mol N/mol T. (C), 8 bar Product gas: ToulC), 8 bar NO (mol NO/min) Ho (mol H2O/min) (mol N/min) (mol O/min) MINE noz 0 (kW) Mair = 952 A mol/min NO = 90.00 mol/vino, = 80.00 mol/min 7 = 150.0C = 1500 mol/min T 650.0C = 7574 mol/min Entha py Table Taking elemental species [Nalg), H2(g), O2(g)) at 25C as references, prepare and fill in an intet-outlet enthalpy table. In Out Reference state: elemental species at 25C ni (mol/min) (kJ/mol n (mol/min) # (kJ/mol NH3 100 0 N2 O2 i H20 0 NO 0