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19021 Conditions. niay then CH3I 200 823 The base used for the reaction above IS LDA. Dnuc 1. Should this reaction proceed at low temperature (-78°C) or high temp (0°C) ? 2. Should more or less than ont egulvalent of LDA be used for this reaCti on ? 3. Briefly questions, indicating whether the reaction proceeds through Kinetic or therm odynamic control and how the reaction conditions explain your answer for both help to achieve this type of control

19021 Conditions. niay then CH3I 200 823 The base used for the reaction above IS LDA. Dnuc 1. Should this reaction proceed at low temperature (-78°C) or high temp (0°C) ? 2. Should more or less than ont egulvalent of LDA be used for this reaCti on ? 3. Briefly questions, indicating whether the reaction proceeds through Kinetic or therm odynamic control and how the reaction conditions explain your answer for both help to achieve this type of control

Chemistry: Principles and Reactions
Chemistry: Principles and Reactions
8th Edition
ISBN:9781305079373
Author:William L. Masterton, Cecile N. Hurley
Publisher:William L. Masterton, Cecile N. Hurley
Chapter16: Spontaneity Of Reaction
Section: Chapter Questions
Problem 16QAP: Predict the order of the following reactions in terms of increasing S: (a) N2(g)+3H2(g)2NH3(g)(b)...
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oigx Conditions then CH31 297 0 The base used for the reaction above IS LDA. 1. Should this reaction proceed at 1ow temperature (-78°C) or high temp (0°C) ? 2. Should more or less than one equivalent of LDA be used for this reacti on ? 3. Briefly explain your answer for both questions, indicating whether the reaction proceeds throu gh kinetic or thermodynamic control and how Hhe reaction conditions heip to achieve this type of control.
Transcribed Image Text:oigx Conditions then CH31 297 0 The base used for the reaction above IS LDA. 1. Should this reaction proceed at 1ow temperature (-78°C) or high temp (0°C) ? 2. Should more or less than one equivalent of LDA be used for this reacti on ? 3. Briefly explain your answer for both questions, indicating whether the reaction proceeds throu gh kinetic or thermodynamic control and how Hhe reaction conditions heip to achieve this type of control.
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