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answerhappygod
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Calculate the adiabatic temperature of complete combustion of 100 mol/s of pure hydrogen (H2) with air stoichiometric. The reaction that occurs follows the equation: H2 + 0.5 02 -> H2O. Hydrogen and air temperature sign that is 250C. F1 = 100 mol/s H2 = 100% T1-25 0 C Q=0 Combustion Process F2 = ? mol/s 02= 21% - mol N2-79% - mol T2=250C F3 = ? mol/s N2=?% - mol H2O = ?% - mol T3=?°C
Calculate the adiabatic temperature of complete combustion of 100 mol/s of pure hydrogen (H2) with air stoichiometric. The reaction that occurs follows the equation: H2 + 0.5 02 -> H2O. Hydrogen and air temperature sign that is 250C. F1 = 100 mol/s H2 = 100% T1-25 0 C Q=0 Combustion Process F2 = ? mol/s 02= 21% - mol N2-79% - mol T2=250C F3 = ? mol/s N2=?% - mol H2O = ?% - mol T3=?°C