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Butane gas (C4H10) is burning with atmospheric air in a Bunsen burner with an Equivalence Ratio of 1.08 to produce a stable flame. Determine
Butane gas (C4H10) is burning with atmospheric air in a Bunsen burner with an Equivalence Ratio of 1.08 to produce a stable flame. Determine by assuming negligible dissociation: (a) The Air/Fuel Ratio by volume. (b) Analysis of the dry products by mass. Molecular masses are provided: . Hydrogen (H) = 2 kg/kmol Nitrogen (N) = 28 kg/kmol Oxygen (O)= 32 kg/kmol Carbon (C)= 12 kg/kmol
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SOLUTION To solve this problem we need to determine the stoichiometric coefficients of the balanced combustion equation for butane C4H10 and then calculate the airfuel ratio and the analysis of the dr...
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Thermodynamics Concepts And Applications
Authors: Stephen R. Turns, Laura L. Pauley
2nd Edition
1107179718, 9781107179714
