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4 The hydrolysis of methyl acetate to acetic a reaction proceeds only in the presence of s is elementary, bimolecular and can be c design purposes.

4 The hydrolysis of methyl acetate to acetic a reaction proceeds only in the presence of s is elementary, bimolecular and can be c design purposes.

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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prt sc num lock backspace 9. 65 8 pg up 7. 个 home 2.14 The hydrolysis of methyl acetate to acetic acid may be considered autocatalytic, since the reaction proceeds only in the presence of some acid initially in the system. The reaction is elementary, bimolecular and can be considered irreversible at constant volume for design purposes. The following data are given: Initial concentration of methyl acetate 0.45 gmol/l Initial concentration of acetic acid = 0.045 gmol/l The conversion in 1 h is 65% in a batch reactor. Calculate: (i) (ii) The rate constant and specify the rate equation The time at which rate passes through the maximum, asssuming the maximum rate occurs when the concentration of methyl acetate and acetic acid are equal. The hydrolysis reaction is represented thus: CH,COOCH, + H,0-CH,COOH +CH,OH k బాకాషవాలి
Transcribed Image Text:prt sc num lock backspace 9. 65 8 pg up 7. 个 home 2.14 The hydrolysis of methyl acetate to acetic acid may be considered autocatalytic, since the reaction proceeds only in the presence of some acid initially in the system. The reaction is elementary, bimolecular and can be considered irreversible at constant volume for design purposes. The following data are given: Initial concentration of methyl acetate 0.45 gmol/l Initial concentration of acetic acid = 0.045 gmol/l The conversion in 1 h is 65% in a batch reactor. Calculate: (i) (ii) The rate constant and specify the rate equation The time at which rate passes through the maximum, asssuming the maximum rate occurs when the concentration of methyl acetate and acetic acid are equal. The hydrolysis reaction is represented thus: CH,COOCH, + H,0-CH,COOH +CH,OH k బాకాషవాలి
delete ins prt sc num lock backspace THOUS 9. 81 094236 pg up 7. home 2.14 The hydrolysis of methyl acetate to acetic acid may be considered autocatalytic, since the reaction proceeds only in the presence of some acid initially in the system. The reaction is elementary, bimolecular and can be considered irreversible at constant volume for design purposes. The following data are given: Initial concentration of methyl acetate 0.45 gmol/l Initial concentration of acetic acid = 0.045 gmol/l %3D The conversion in 1 h is 65% in a batch reactor. Calculate: (i) (ii) The rate constant and specify the rate equation The time at which rate passes through the maximum, asssuming the maximum rate occurs when the concentration of methyl acetate and acetic acid are equal. The hydrolysis reaction is represented thus: CH COOCH, + H,0-CH,COOH +CH;OH k f benzyl chloride లోకోగా?
Transcribed Image Text:delete ins prt sc num lock backspace THOUS 9. 81 094236 pg up 7. home 2.14 The hydrolysis of methyl acetate to acetic acid may be considered autocatalytic, since the reaction proceeds only in the presence of some acid initially in the system. The reaction is elementary, bimolecular and can be considered irreversible at constant volume for design purposes. The following data are given: Initial concentration of methyl acetate 0.45 gmol/l Initial concentration of acetic acid = 0.045 gmol/l %3D The conversion in 1 h is 65% in a batch reactor. Calculate: (i) (ii) The rate constant and specify the rate equation The time at which rate passes through the maximum, asssuming the maximum rate occurs when the concentration of methyl acetate and acetic acid are equal. The hydrolysis reaction is represented thus: CH COOCH, + H,0-CH,COOH +CH;OH k f benzyl chloride లోకోగా?
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