Problem 3.12: Methane burns with 20% excess air at 1 atm, reactants at 298 K. Find adiabatic flame temperature considering ( N_2 ) as inert and including dissociation of ( CO_2 ) and ( H_2O ).
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Problem 3.12: Methane burns with 20% excess air at 1 atm, reactants at 298 K. Find adiabatic flame temperature considering ( N_2 ) as inert and including dissociation of ( CO_2 ) and ( H_2O ).
Problem 3.12: Methane burns with 20% excess air at 1 atm, reactants at 298 K. Find adiabatic flame temperature considering ( N_2 ) as inert and including dissociation of ( CO_2 ) and ( H_2O ).