Problem # 1: From a combustion process that used n-butane (CaH10) as a fuel, the ORSAT analysis of the stack gases is as follows: Component Xi (molar basis) CO: 0.0911 O2 0.0739 N2 0.8350 If the flow...

i need the answer quicklyProblem # 1:<br>From a combustion process that used n-butane (CaH10) as a fuel, the ORSAT analysis of the stack<br>gases is as follows:<br>Component<br>Xi (molar basis)<br>CO:<br>0.0911<br>O2<br>0.0739<br>N2<br>0.8350<br>If the flow rate of the stack gases is 100 kgmol/hr,<br>Determine:<br>1. Sketch the process. Label all streams and components<br>2. Find the Theoretical Oxygen.<br>3. Find the Percentage Excess Air.<br>4. Composition flue gas (wet basis, molar)<br>

Extracted text: Problem # 1: From a combustion process that used n-butane (CaH10) as a fuel, the ORSAT analysis of the stack gases is as follows: Component Xi (molar basis) CO: 0.0911 O2 0.0739 N2 0.8350 If the flow rate of the stack gases is 100 kgmol/hr, Determine: 1. Sketch the process. Label all streams and components 2. Find the Theoretical Oxygen. 3. Find the Percentage Excess Air. 4. Composition flue gas (wet basis, molar)

Jun 11, 2022
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