C3H6 + N¥²/₂ + 2/20₁₂ → Cz Hz № + 3H₂2 0 e The feed to propylene anmoxidation of grocess contain's 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 to as a bans determine which reactaint 15 limiting and the molar amounts of all gar constituents for a 305 conversion of the limiting reactant. determine the molar amounts in atomic species balancer and millecalor specier balancen Goswers reactor Ladan 6100 Mal₂4/0/1/ GILUMYND₂/out Sonsumarno I 02/06) 0₂/nair 6,79 mul N₂/mol air [ MegHG (nu) (H₂) PNH3 (mu) N₁13) มหา hot (mot Oc) naz (MoN₂) MC₂513 N (MS) (₂H₂N) Muss (Mol the) answers Desto ² 7.0 mu) (₂) 1 x niny 2 9. U mul MM3 no₂² 11,9 molo₂ 61.6 mt NE AM² neznaN = 3,00 m GM₂N MNE (1.6 m) №₂ n₂02 9. Umul 1₂0 て
C3H6 + N¥²/₂ + 2/20₁₂ → Cz Hz № + 3H₂2 0 e The feed to propylene anmoxidation of grocess contain's 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 to as a bans determine which reactaint 15 limiting and the molar amounts of all gar constituents for a 305 conversion of the limiting reactant. determine the molar amounts in atomic species balancer and millecalor specier balancen Goswers reactor Ladan 6100 Mal₂4/0/1/ GILUMYND₂/out Sonsumarno I 02/06) 0₂/nair 6,79 mul N₂/mol air [ MegHG (nu) (H₂) PNH3 (mu) N₁13) มหา hot (mot Oc) naz (MoN₂) MC₂513 N (MS) (₂H₂N) Muss (Mol the) answers Desto ² 7.0 mu) (₂) 1 x niny 2 9. U mul MM3 no₂² 11,9 molo₂ 61.6 mt NE AM² neznaN = 3,00 m GM₂N MNE (1.6 m) №₂ n₂02 9. Umul 1₂0 て
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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chemical processes: reactive processes. Determine the molar amounts using the methods of atomic species balances and molecular species balances. Do not use the extent of reaction.
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