Fuel feed: 5.0799 mol CH4 ; 2.2822 mol C2H6 Air feed: 22.6844 mol O2 ; 85.3366 mol N2 Dry Burner Gas product: 8.6799 mol CO2 ; 0.9644 mol CO ; 5.0191 mol O2 ; 85.3366 mol N2 ; 17.0064 mol H2O...


Fuel feed: 5.0799 mol CH4 ; 2.2822 mol C2H6


Air feed: 22.6844 mol O2 ; 85.3366 mol N2


Dry Burner Gas product: 8.6799 mol CO2 ; 0.9644 mol CO ; 5.0191 mol O2 ; 85.3366 mol N2 ; 17.0064 mol H2O



Calculate: Total heat of reaction per mole of fuel if the reaction products are in gas/vapor phase. (Use heats of formation method)



Use only the following data:<br>Species<br>AH;°(kJ/mol)<br>CH4<br>-74.520<br>C2H6<br>-83.820<br>CO<br>-110.525<br>CO29)<br>-393.509<br>-285.830<br>Oz(g)<br>Heat of vaporization of water vapor at 25°C is 44,012J/mol<br>

Extracted text: Use only the following data: Species AH;°(kJ/mol) CH4 -74.520 C2H6 -83.820 CO -110.525 CO29) -393.509 -285.830 Oz(g) Heat of vaporization of water vapor at 25°C is 44,012J/mol

Jun 07, 2022
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