2) A gas with a composition of %20 CO(g), %30 CO2(g) and %50 N2(g), is burnt with dry air (stochiometric, 0.1 mole) at 298K temperature. Burning is happening at normal atmospheric pressure. Find out...

2) A gas with a composition of %20 CO(g), %30 CO2(g) and %50 N2(g), is burnt with dry air<br>(stochiometric, 0.1 mole) at 298K temperature. Burning is happening at normal atmospheric<br>pressure. Find out max. adiabatic Flame temperature? (air-O2+3,76N2)<br>Burning reaction is; CO(g) + ½ O2(g)→CO2(g)<br>AH°298 (J/mole)<br>bx10<br>cx105<br>a<br>CO<br>-110500<br>34<br>CO2<br>-393500<br>57.3<br>O2<br>35<br>N2<br>34.3<br>

Extracted text: 2) A gas with a composition of %20 CO(g), %30 CO2(g) and %50 N2(g), is burnt with dry air (stochiometric, 0.1 mole) at 298K temperature. Burning is happening at normal atmospheric pressure. Find out max. adiabatic Flame temperature? (air-O2+3,76N2) Burning reaction is; CO(g) + ½ O2(g)→CO2(g) AH°298 (J/mole) bx10 cx105 a CO -110500 34 CO2 -393500 57.3 O2 35 N2 34.3

Jun 09, 2022

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2) A gas with a composition of %20 CO(g), %30 CO2(g) and %50 N2(g), is burnt with dry air (stochiometric, 0.1 mole) at 298K temperature. Burning is happening at normal atmospheric pressure. Find out...

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