Energy (CH3)3C-OH (CH3)3C-OH₂ + r IH + (CH3)3C+ + H₂O + F a) Write the overall balanced chemical equation. Reaction coordinate b) How many steps are in the reaction mechanism? c) How many intermediates are in the reaction mechanism? d) Which step requires the most energy? (say step "X", where "X" is a number). e) CIRCLE ONE ANSWER. The overall reaction is an example of: addition substitution elimination (CH3)3C-I rearrangement

Energy (CH3)3C-OH (CH3)3C-OH₂ + r IH + (CH3)3C+ + H₂O + F a) Write the overall balanced chemical equation. Reaction coordinate b) How many steps are in the reaction mechanism? c) How many intermediates are in the reaction mechanism? d) Which step requires the most energy? (say step "X", where "X" is a number). e) CIRCLE ONE ANSWER. The overall reaction is an example of: addition substitution elimination (CH3)3C-I rearrangement

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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Question

Energy
7. Consider the following energy diagram:
(CH3)3C-OH (CH3)3C-ÕH₂
+ HI
+ r
a) Write the overall balanced chemical equation.
Reaction coordinate
(CH3)3C+
+ H₂O
+ F
b) How many steps are in the reaction mechanism?
c) How many intermediates are in the reaction mechanism?
d) Which step requires the most energy? (say step "X", where "X" is a number)
e) CIRCLE ONE ANSWER. The overall reaction is an example of:
substitution
addition
elimination
(CH3)3C-I
rearrangement

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Step 1: Introduce energy diagram.

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Step 2: Overall balanced chemical equation.

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Step 3: Steps in the given reaction mechanism.

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Step 4: Intermediates in the reaction mechanism.

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Step 5: High energy required step.

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