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HO CH3O Na A B O,N pK = 7 (a) Provide structures for A and B (including nonbonding electron pairs and formal charges where necessary), where A is the conjugate acid and B is the conjugate base of the reaction. Answer: (b) Provide and arrow pushing mechanism to show how A and B are formed. Answer: (c) Will the reaction proceed from left to right (i.e. are A and B favoured at eqilibrium)? Explain your answer. Answer:

HO CH3O Na A B O,N pK = 7 (a) Provide structures for A and B (including nonbonding electron pairs and formal charges where necessary), where A is the conjugate acid and B is the conjugate base of the reaction. Answer: (b) Provide and arrow pushing mechanism to show how A and B are formed. Answer: (c) Will the reaction proceed from left to right (i.e. are A and B favoured at eqilibrium)? Explain your answer. Answer:

Chemistry
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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HO CH30 Na A + B O,N pK =7 (a) Provide structures for A and B (including nonbonding electron pairs and formal charges where necessary), where A is the conjugate acid and B is the conjugate base of the reaction. Answer: (b) Provide and arrow pushing mechanism to show how A and B are formed. Answer: (c) Will the reaction proceed from left to right (i.e. are A and B favoured at equilibrium)? Explain your answer. Answer: (d) Draw all important resonance contributors of the conjugate base B. Rank the contributors from most stable to least stable (if contributors are equally stable indicate this with an equals sign)
Transcribed Image Text:HO CH30 Na A + B O,N pK =7 (a) Provide structures for A and B (including nonbonding electron pairs and formal charges where necessary), where A is the conjugate acid and B is the conjugate base of the reaction. Answer: (b) Provide and arrow pushing mechanism to show how A and B are formed. Answer: (c) Will the reaction proceed from left to right (i.e. are A and B favoured at equilibrium)? Explain your answer. Answer: (d) Draw all important resonance contributors of the conjugate base B. Rank the contributors from most stable to least stable (if contributors are equally stable indicate this with an equals sign)
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