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is 0.51. Calculate both extents of reaction (E and E2) Calculate the molar composition (% mol) of the product gas, for this you have to consider all the species present. C2H6> C2H4 + H2 C2H6 + H2> 2CH4 100 mol

is 0.51. Calculate both extents of reaction (E and E2) Calculate the molar composition (% mol) of the product gas, for this you have to consider all the species present. C2H6> C2H4 + H2 C2H6 + H2> 2CH4 100 mol

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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The following reactions take place in a continuous reactor at steady state (i.e., equilibrium!). A feed of 100 mol contains 50% mole ethane (C,H) and 50% of inerts (I). The fractional conversion of ethane is 0.62, and the fractional yield of Ethylene (C,H) is 0.51. a) Calculate both extents of reaction (51 and E2) b) Calculate the molar composition (% mol) of the product gas, for this you have to consider all the species present. C2H6> C2H4 + H2 C2H6 + H2> 2CH4 Smeldor1 100 mol 0.500 mol C2H/mol n1 (mol C2H6) n2 (mol C2H4) n3 (mol H2) n4 (mol CH4) n5 (mol I) 0.500 mol Inerts/mol
Transcribed Image Text:The following reactions take place in a continuous reactor at steady state (i.e., equilibrium!). A feed of 100 mol contains 50% mole ethane (C,H) and 50% of inerts (I). The fractional conversion of ethane is 0.62, and the fractional yield of Ethylene (C,H) is 0.51. a) Calculate both extents of reaction (51 and E2) b) Calculate the molar composition (% mol) of the product gas, for this you have to consider all the species present. C2H6> C2H4 + H2 C2H6 + H2> 2CH4 Smeldor1 100 mol 0.500 mol C2H/mol n1 (mol C2H6) n2 (mol C2H4) n3 (mol H2) n4 (mol CH4) n5 (mol I) 0.500 mol Inerts/mol
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