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a. The mole fraction of the diphenyl, (C,H5)2, at the end of the operation b. The conversion of H2 c. Solve (a) and (b) when the following final composition is specified: The reactor contains 10% toluene and 40% H2 (% mole).

a. The mole fraction of the diphenyl, (C,H5)2, at the end of the operation b. The conversion of H2 c. Solve (a) and (b) when the following final composition is specified: The reactor contains 10% toluene and 40% H2 (% mole).

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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2.193 Toluene (C,H5CH3) is hydrogenated according to the two simultaneous chemical reactions C,H5CH3 + H2 C6H6 + CH4 (а) 2C,H5CH3 + H2 (C,H6)2 + 2CH4 (b) Initially, the reactor contains 40% toluene and 60% H2 (% mole). At the end of the operation, the reactor contains 10% toluene and 30% CH4 (% mole). Find: a. The mole fraction of the diphenyl, (C,H5)2, at the end of the operation b. The conversion of H2 c. Solve (a) and (b) when the following final composition is specified: The reactor contains 10% toluene and 40% H2 (% mole).
Transcribed Image Text:2.193 Toluene (C,H5CH3) is hydrogenated according to the two simultaneous chemical reactions C,H5CH3 + H2 C6H6 + CH4 (а) 2C,H5CH3 + H2 (C,H6)2 + 2CH4 (b) Initially, the reactor contains 40% toluene and 60% H2 (% mole). At the end of the operation, the reactor contains 10% toluene and 30% CH4 (% mole). Find: a. The mole fraction of the diphenyl, (C,H5)2, at the end of the operation b. The conversion of H2 c. Solve (a) and (b) when the following final composition is specified: The reactor contains 10% toluene and 40% H2 (% mole).
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