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crose, C12H22011 (MM = 342.3 gmo), breaks down in aqueous acidic solutions to the simple sugar glucose, CGH1206 (MM = 180.6 g mol) according to the followi H22011(ag) + H2O) -2 CGH1206(aq) hemist investigated the breakdown of sucrose over time and collected the following data at 25 °C. The rate constant was determined to be 3.70x10-3 min Time (min) 40 80 140 210 [C12H22011] (M) 0.316 0.274 0238 0.190 0. 146 Vrite out the empirical rate law for the reaction and briefly explain your answer. NOTE: H20 doesn't need to be included in the rate law, as in aqueous systems its concentr action with respect to water would be 0 Calculate the initial rate of the reaction. (1 Calculate the rate of the reaction after 45 minutes ha

crose, C12H22011 (MM = 342.3 gmo), breaks down in aqueous acidic solutions to the simple sugar glucose, CGH1206 (MM = 180.6 g mol) according to the followi H22011(ag) + H2O) -2 CGH1206(aq) hemist investigated the breakdown of sucrose over time and collected the following data at 25 °C. The rate constant was determined to be 3.70x10-3 min Time (min) 40 80 140 210 [C12H22011] (M) 0.316 0.274 0238 0.190 0. 146 Vrite out the empirical rate law for the reaction and briefly explain your answer. NOTE: H20 doesn't need to be included in the rate law, as in aqueous systems its concentr action with respect to water would be 0 Calculate the initial rate of the reaction. (1 Calculate the rate of the reaction after 45 minutes ha

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
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QUESTION 33 Sucrose, C12H22011 (MM = 342.3 g-mo), breaks down in aqueous acidic solutions to the simple sugar glucose, C6H1206 (MM = 180.6 g mol) according to the following reaction: C12H22011(ag) + H20()-2 CGH1206(aq) A chemist investigated the breakdown of sucrose over time and collected the following data at 25 °C. The rate constant was determined to be 3.70x103 min Time (min) 40 80 140 210 [C12H22011 (M) 0.316 0.274 0.238 0.190 0.146 (1) Write out the empirical rate law for the reaction and briefly explain your answer. NOTE: H0 doesn't need to be included in the rate law, as in aqueous systems its concentration is orders of magnit of reaction with respect to water would be 0 Calculate the initial rate of the reaction. (1 (Calculate the rate of the reaction after 45 minutes have elapsed. (v) at 37 *C (body temperature), the rate constant was determined to be 0.566 min Calculate the activation energy for this reaction in kJ mo Fortb
Transcribed Image Text:QUESTION 33 Sucrose, C12H22011 (MM = 342.3 g-mo), breaks down in aqueous acidic solutions to the simple sugar glucose, C6H1206 (MM = 180.6 g mol) according to the following reaction: C12H22011(ag) + H20()-2 CGH1206(aq) A chemist investigated the breakdown of sucrose over time and collected the following data at 25 °C. The rate constant was determined to be 3.70x103 min Time (min) 40 80 140 210 [C12H22011 (M) 0.316 0.274 0.238 0.190 0.146 (1) Write out the empirical rate law for the reaction and briefly explain your answer. NOTE: H0 doesn't need to be included in the rate law, as in aqueous systems its concentration is orders of magnit of reaction with respect to water would be 0 Calculate the initial rate of the reaction. (1 (Calculate the rate of the reaction after 45 minutes have elapsed. (v) at 37 *C (body temperature), the rate constant was determined to be 0.566 min Calculate the activation energy for this reaction in kJ mo Fortb
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