Q4- A gas stream (0.1 CO, 0.3 CO2, 0.4 N2, 0.2 NO), the gas stream at 1200 K. Determine the absolute enthalpy of the mixture on both mole basis (KJ/Kmole) and mass basis (KJ/Kg) also determine the...

I need help resolving this question please (Combustion Engineering)Q4- A gas stream (0.1 CO, 0.3 CO2, 0.4 N2, 0.2 NO), the gas stream at 1200 K.<br>Determine the absolute enthalpy of the mixture on both mole basis (KJ/Kmole) and<br>mass basis (KJ/Kg) also determine the mass fraction of the component.<br>Species<br>Enthalpy OF<br>formation(kj/kmole)<br>at 298<br>Sensible enthalpy at<br>1200<br>Enthalpy OF<br>formation(kj/kmole)<br>at 1200<br>CO<br>CO2<br>-393546<br>O2<br>NO<br>N2<br>-110541<br>90297<br>29136<br>44488<br>29136<br>28118<br>29775<br>-113240<br>-395083<br>90486<br>

Extracted text: Q4- A gas stream (0.1 CO, 0.3 CO2, 0.4 N2, 0.2 NO), the gas stream at 1200 K. Determine the absolute enthalpy of the mixture on both mole basis (KJ/Kmole) and mass basis (KJ/Kg) also determine the mass fraction of the component. Species Enthalpy OF formation(kj/kmole) at 298 Sensible enthalpy at 1200 Enthalpy OF formation(kj/kmole) at 1200 CO CO2 -393546 O2 NO N2 -110541 90297 29136 44488 29136 28118 29775 -113240 -395083 90486

Jun 08, 2022
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