8.(14) 0.6kg/min of water vapor is heated at 1atm from 298K to 2400K in a steady-flow process. The stuff leaving the heater has H2O,OH,O2, and H2 in it. Determine the composition at the exit of the heater and the rate of heating [57.9 kW]. Compare to the rate of heating required if there was no dissociation. [52.0] Per kmol of incoming H2O NH2O=11112NO2=0+1051NOHOH=0+??NH2=0+??Ntot=??yH2O=NH2O/Ntotqout=[NH20nH2O+NH2hH2+NO2hO2+NOHhOH]out[hHOO]in 8.(14) 0.6kg/min of water vapor is heated at 1atm from 298K to 2400K in a steady-flow process. The stuff leaving the heater has H2O,OH,O2, and H2 in it. Determine the composition at the exit of the heater and the rate of heating [57.9 kW]. Compare to the rate of heating required if there was no dissociation. [52.0] Per kmol of incoming H2O NH2O=11112NO2=0+1051NOHOH=0+??NH2=0+??Ntot=??yH2O=NH2O/Ntotqout=[NH20nH2O+NH2hH2+NO2hO2+NOHhOH]out[hHOO]in