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in determine the molar amounts atomic species balancer and • molecular specier balancen

in determine the molar amounts atomic species balancer and • molecular specier balancen

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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Demonstrate the molecular species balance on this reaction

C3H/6 + N¥²/₂ + 20₁₂ Cz Hz N + 3H₂20 е The feed to propylene anmoxidation of process contains 10.0 mole to propylene 1200 ammonia, and 78.0% air. A fractional Conversion of 30.0% of the limiting reactant 15 achieved. Taking 100 mul of feed was a bans determine which reactant 15 limiting and the molar amounts of all gar constituents for a 305 conversion of the 11 miting reactant. determine the molar amounts in atomic species balancer and molecular Specer balancen Groswers reactor 100 An 6.100 ml ₂4/10/2017 GLU MY Nz/aut Songomarind I 62/mo) 02/nut air 6,749 mul N₂ l molair { Mesto (nd) (H₂) (mul PWHTS (J) N₁13) hot (md Oc) NA (MAN₂) M²3 M13 N (M2³) (3H₂N) Muss (Mo the) answers Desko 7₂0 mu) (3) 1x nNng 2 q. U mul NM 3 no₂² 11₂ 9 mol O₂ Ath bl, C NE ne₂n₂ N = 3.00 mil GM₂ N = 61.6 mul №₂ n₂0² 9. Umu MJ งามะ
Transcribed Image Text:C3H/6 + N¥²/₂ + 20₁₂ Cz Hz N + 3H₂20 е The feed to propylene anmoxidation of process contains 10.0 mole to propylene 1200 ammonia, and 78.0% air. A fractional Conversion of 30.0% of the limiting reactant 15 achieved. Taking 100 mul of feed was a bans determine which reactant 15 limiting and the molar amounts of all gar constituents for a 305 conversion of the 11 miting reactant. determine the molar amounts in atomic species balancer and molecular Specer balancen Groswers reactor 100 An 6.100 ml ₂4/10/2017 GLU MY Nz/aut Songomarind I 62/mo) 02/nut air 6,749 mul N₂ l molair { Mesto (nd) (H₂) (mul PWHTS (J) N₁13) hot (md Oc) NA (MAN₂) M²3 M13 N (M2³) (3H₂N) Muss (Mo the) answers Desko 7₂0 mu) (3) 1x nNng 2 q. U mul NM 3 no₂² 11₂ 9 mol O₂ Ath bl, C NE ne₂n₂ N = 3.00 mil GM₂ N = 61.6 mul №₂ n₂0² 9. Umu MJ งามะ
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