Develop a model of the combustion of carbon monoxide with moist air in a constant-volume adiabatic reactor. Assume the following global mechanism of Dryer and Glassman [14] applies: A. Write out all...

Develop a model of the combustion of carbon monoxide with moist air in a constant-volume adiabatic reactor. Assume the following global mechanism of Dryer and Glassman [14] applies:

A. Write out all the necessary equations to describe your model, explicitly expressing them in terms of the molar concentrations of CO, CO₂, H₂O, O₂, and N₂; individual
 etc.; and individual enthalpies of formation. Note that the H₂O is a catalyst so its mass fraction is preserved.

B. Exercise your model to determine the influence of the initial H₂O mole fraction (0.1-3.0 percent) on the combustion process. Use maximum rates-of-pressure rise and combustion durations to characterize the process. Use the following initial conditions: T_o
= 1000K, P= I atm, and Φ =0.25.