The exhaust from an engine running on benzole was measured with the help of Orsat apparatus. Orsat analysis showed a CO2 content of 17%, but no CO. Assuming that the remainder of the exhaust contains only oxygen and nitrogen. Benzole mass analysis is C = 88% and H2 12%. Actual Air/Fuel ratio and the number of moles of oxygen required for the combustion was found to be A/F 18.5 and %3D was 0.23 mole respectively. Write the chemical of the combustion of the fuel and then find the the equivalence ratio,Ø and stoichiometric ratio, 2. State wheather the mixture is rich or lean.

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
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The exhaust from an engine running on benzole was measured with the help of Orsat apparatus.
Orsat analysis showed a CO2 content of 17%, but no CO. Assuming that the remainder of the exhaust
contains only oxygen and nitrogen. Benzole mass analysis is C = 88% and H2 = 12%. Actual Air/Fuel
ratio and the number of moles of oxygen required for the combustion was found to be A/F
18.5 and
was 0.23 mole respectively. Write the chemical of the combustion of the fuel and then find the the
equivalence ratio,Ø and stoichiometric ratio, 2. State wheather the mixture is rich or lean.
Transcribed Image Text:The exhaust from an engine running on benzole was measured with the help of Orsat apparatus. Orsat analysis showed a CO2 content of 17%, but no CO. Assuming that the remainder of the exhaust contains only oxygen and nitrogen. Benzole mass analysis is C = 88% and H2 = 12%. Actual Air/Fuel ratio and the number of moles of oxygen required for the combustion was found to be A/F 18.5 and was 0.23 mole respectively. Write the chemical of the combustion of the fuel and then find the the equivalence ratio,Ø and stoichiometric ratio, 2. State wheather the mixture is rich or lean.
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