1. Given that the esterification reaction is an equilibrium (forward and reverse reactions occurring), what could you do experimentally to push this equilibrium to the right (that is, towards the product). Hint: Write out balanced equation; what are the products? the O H+ H3C-C-0H+ +H-OC₂H5 → H3C-C-OC₂Hs+H+₂₂0 (Can be shifted to the right by adding either reactant Carboxylic Acid or excess of alcohol.) 2. Which spectroscopic method or methods would you use to follow the course of this reaction? Using this method or methods, what would you specifically expect to see which would indicate that the reaction has gone to completion?
1. Given that the esterification reaction is an equilibrium (forward and reverse reactions occurring), what could you do experimentally to push this equilibrium to the right (that is, towards the product). Hint: Write out balanced equation; what are the products? the O H+ H3C-C-0H+ +H-OC₂H5 → H3C-C-OC₂Hs+H+₂₂0 (Can be shifted to the right by adding either reactant Carboxylic Acid or excess of alcohol.) 2. Which spectroscopic method or methods would you use to follow the course of this reaction? Using this method or methods, what would you specifically expect to see which would indicate that the reaction has gone to completion?
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Transcribed Image Text:1. Given that the esterification reaction is an equilibrium (forward and
reverse reactions occurring), what could you do experimentally to push
this equilibrium to the right (that is, towards the product). Hint: Write out the
balanced equation; what are the products?
O
H3C-C-0H+ +H-OC₂H5 H3C-C-OC₂H₂ + H₂0
excess of
+H
30
с
(Can be shifted to the right by adding
either reactant Carboxylic Acid or
alcohol.)
2. Which spectroscopic method or methods would you use to follow the
course of this reaction? Using this method or methods, what would you
specifically expect to see which would indicate that the reaction has
gone to completion?
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