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Reichkraftskoff seems to be the primary motor fuel blend in Germany, consisting of 50 percent motor benzole (75 percent benzene, 15 percent toluene, 10 percent xylene), 25 percent tetralin (C10H12), and 25 percent industrial alcohol (80 percent ethanol, 20 percent methanol). A stack gas with 9.13 percent C02 and 1.83 percent H is produced after burning in excess air. Determine its xc's air (50 percent) and stack gas complete analysis (8.09 percent 02, 80.95 percent N2)

Reichkraftskoff seems to be the primary motor fuel blend in Germany, consisting of 50 percent motor benzole (75 percent benzene, 15 percent toluene, 10 percent xylene), 25 percent tetralin (C10H12), and 25 percent industrial alcohol (80 percent ethanol, 20 percent methanol). A stack gas with 9.13 percent C02 and 1.83 percent H is produced after burning in excess air. Determine its xc's air (50 percent) and stack gas complete analysis (8.09 percent 02, 80.95 percent N2)

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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Reichkraftskoff seems to be the primary motor fuel blend in Germany, consisting of 50 percent motor benzole (75 percent benzene, 15 percent toluene, 10 percent xylene), 25 percent tetralin (C10H12), and 25 percent industrial alcohol (80 percent ethanol, 20 percent methanol). A stack gas with 9.13 percent CO2 and 1.83 percent H is produced after burning in excess air. Determine its xc's air (50 percent) and stack gas complete analysis (8.09 percent 02, 80.95 percent N2)
Transcribed Image Text:Reichkraftskoff seems to be the primary motor fuel blend in Germany, consisting of 50 percent motor benzole (75 percent benzene, 15 percent toluene, 10 percent xylene), 25 percent tetralin (C10H12), and 25 percent industrial alcohol (80 percent ethanol, 20 percent methanol). A stack gas with 9.13 percent CO2 and 1.83 percent H is produced after burning in excess air. Determine its xc's air (50 percent) and stack gas complete analysis (8.09 percent 02, 80.95 percent N2)
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