A laminar premixed flame $($with details discussed in Module $7)$ can be used to gain knowl$-$

edge regarding many engineering applications that operate under turbulent conditions. An excel

file is provided that presents the results of a detailed simulation of a laminar premixed

methane$-$air flame at stoichiometric condition $($see$,$ file named "Phi$1\mathrm{.}0-0\%$H$2").$ The species

mole fractions are provided. Temperature is in Kelvin, and $z$ is along the direction normal to a

laminar premixed flame. Write the one step reaction of methane with air for a stoichiometric

condition and at atmospheric pressure. Calculate the adiabatic flame temperature. Prepare

a table with $5$ columns that presents the mole fractions of methane, nitrogen, oxygen, carbon

dioxide, and water before and after the reaction $($two rows$)$ obtained based on your one step

reaction calculations. Repeat the above $($generate the table$)$ using the excel file instead of the

one step reaction. This part requires knowledge related to Module $2.10$ points.