I need help on questions $2,$ I have question $1,$

but I would still like to double check I have the correct answer. I will leave an upvote. Blance this thermal deNOx reaction, assuming each $N{H}_3$ titrates one $NO.$

To study this reaction, you are supplied with several gas tanks $-$ one contains $2\mathrm{.}0$mol$\%$

$NO$ in an $N_2$ diluent, one with $10\%O_2$ in an $N_2$ diluent, and one with $4\%$ anhydrous

ammonia in $N_2.$ Assume all gases behave ideally. Calculate the mass flow rates needed

to create a stoichiometric mixture of reactants at $1$ bar total pressure, $350C,$ and $12\frac{L}{s}$

volumetric flowrate. A stoichiometric mixture of reactants is one in which the ratios of

reactants match the stoichiometry coefficients you derived in part $(1).$I need help on questions $2,$ I have question $1,$ but I would still like to double check I have the correct answer. I will leave an upvoteI need help on questions $2,$ I have question $1,$ but I would still like to double check I have the correct answer. I will leave an upvoteI need help on questions $2,$ I have question $1,$ but I would still like to double check I have the correct answer. I will leave an upvoteI need help on questions $2,$ I have question $1,$ but I would still like to double check I have the correct answer. I will leave an upvote