Question

An automobile engine is supplied with a gasoline that is found by analysis to contain 88% carbon and 12% hydrogen. It is operated at normal barometer. Calculate the orsat analysis of the exhaust-pipe gases, the pounds of dry air required per pound of fuel, the volume of this air at 60°F and the volume of the combustion gases at 1000°F granting combustion with 90% theoretical dry air under conditions such that the oxygen will be completely eliminated and the molal ratio of CO to H2 in the combustion gases will be 2:1.

Answer 1

Answer:

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Explanation:

An automobile engine is supplied with a gasoline that is found by analysis to contain 88% carbon and 12% hydrogen. It is operated at normal barometer. Calculate the orsat analysis of the exhaust-pipe gases, the pounds of dry air required per pound of fuel, the volume of this air at 60°F and the volume of the combustion gases at 1000°F granting combustion with 90% theoretical dry air under conditions such that the oxygen will be completely eliminated and the molal ratio of CO to H2 in the combustion gases will be 2:1.