2) Carbon dioxide at 25 C, 1 atm enters a reactor operating at steady state and...

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2) Carbon dioxide at 25 C, 1 atm enters a reactor operating at steady state and dissociates, giving an equilibrium mixture of CO2, CO, and O that exits at 3200 K 1 atm. Determine the energy transfer due to heat interaction to the reactor, in kJ per kmol of CO2 entering. The effects of kinetic and potential energy can be ignored and We 0. Use the below table for enthalpy values. [40 points] - {hint: energy balance is given by 0 = Q + n nphp} Qev CO 25C, 1 atm CO CO _ (CO2, CO, O,) 3200 K, 1 atm h? k] Akmol 1298x (+1) kJ F3200 x (D) kJ mol) -393,520 9.364 174,695 -110,530 8,669 109,667 0 8,682 114,809 2) Carbon dioxide at 25 C, 1 atm enters a reactor operating at steady state and dissociates, giving an equilibrium mixture of CO2, CO, and O that exits at 3200 K 1 atm. Determine the energy transfer due to heat interaction to the reactor, in kJ per kmol of CO2 entering. The effects of kinetic and potential energy can be ignored and We 0. Use the below table for enthalpy values. [40 points] - {hint: energy balance is given by 0 = Q + n nphp} Qev CO 25C, 1 atm CO CO _ (CO2, CO, O,) 3200 K, 1 atm h? k] Akmol 1298x (+1) kJ F3200 x (D) kJ mol) -393,520 9.364 174,695 -110,530 8,669 109,667 0 8,682 114,809