Predict the position of the equilibrium for the reaction and provide a brief explanation. (The acidic protons are shown in red.) F3C F3C to 00 -OH F3C ČF3 F3C ČF3 A D Reverse direction is favored because the fluorine atoms stabilize B via inductive effects, making B the weaker base and D the stronger acid. Forward direction is favored because the fluorine atoms stabilize B via inductive effects, making B the stronger base and D the weaker acid. Forward direction is favored because the fluorine atoms stabilize B via inductive effects, making B the weaker base and D the stronger acid. O Reverse direction is favored because the fluorine atoms stabilize B via inductive effects, making B the stronger base and D the weaker acid.
Predict the position of the equilibrium for the reaction and provide a brief explanation. (The acidic protons are shown in red.) F3C F3C to 00 -OH F3C ČF3 F3C ČF3 A D Reverse direction is favored because the fluorine atoms stabilize B via inductive effects, making B the weaker base and D the stronger acid. Forward direction is favored because the fluorine atoms stabilize B via inductive effects, making B the stronger base and D the weaker acid. Forward direction is favored because the fluorine atoms stabilize B via inductive effects, making B the weaker base and D the stronger acid. O Reverse direction is favored because the fluorine atoms stabilize B via inductive effects, making B the stronger base and D the weaker acid.
Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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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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Question
Transcribed Image Text:Predict the position of the equilibrium for the reaction and provide a brief explanation.
(The acidic protons are shown in red.)
F3C
F3C
OH
F3C
ČF3
F3C
ČF3
A
В
Reverse direction is favored because the fluorine atoms stabilize B via inductive effects, making B the weaker base and D
the stronger acid.
Forward direction is favored because the fluorine atoms stabilize B via inductive effects, making B the stronger base and D
the weaker acid.
Forward direction is favored because the fluorine atoms stabilize B via inductive effects, making B the weaker base and D
the stronger acid.
Reverse direction is favored because the fluorine atoms stabilize B via inductive effects, making B the stronger base and D
the weaker acid.
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