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batch reactor.

batch reactor.

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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Answers xa=0.87 CA=0.03M
1:55 AM Thu 6 Apr < Problem Shee. 20 * Coutant thaybut Th Problem Shee.. x Untitled Noteb. REACTION ENG ·KA = KC" X In CAPE 1020 En.. T CAPE 1020 En... CAPE1010 Pra.. = □ 1+9 11 к са св RA- CAPE1010 Lecture Handout - Reaction and Biochemical Engineering 22/23 44% Question: The elementary, irreversible liquid-phase hydration of butylene oxide produces butylene glycol. the rxn x REACTION... butylene oxide water *** C4H8O+H₂O → C4H10O2. The reaction is conducted using water as the solvent, so that water is in large excess (i.e. assume the concentration of water is constant = 56 mol/L). The initial concentration of butylene oxide is 0.25 mol/L. The reaction rate constant is 8.3 x 104 L/mol-min at 323 K, the temperature at which the reaction is run in a batch reactor. Determine the final concentration of butylene oxide after 45 min of reaction time. (A0 = 0.25 mol
Transcribed Image Text:1:55 AM Thu 6 Apr < Problem Shee. 20 * Coutant thaybut Th Problem Shee.. x Untitled Noteb. REACTION ENG ·KA = KC" X In CAPE 1020 En.. T CAPE 1020 En... CAPE1010 Pra.. = □ 1+9 11 к са св RA- CAPE1010 Lecture Handout - Reaction and Biochemical Engineering 22/23 44% Question: The elementary, irreversible liquid-phase hydration of butylene oxide produces butylene glycol. the rxn x REACTION... butylene oxide water *** C4H8O+H₂O → C4H10O2. The reaction is conducted using water as the solvent, so that water is in large excess (i.e. assume the concentration of water is constant = 56 mol/L). The initial concentration of butylene oxide is 0.25 mol/L. The reaction rate constant is 8.3 x 104 L/mol-min at 323 K, the temperature at which the reaction is run in a batch reactor. Determine the final concentration of butylene oxide after 45 min of reaction time. (A0 = 0.25 mol
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