Exercises 1. A proton transfer reaction can involve a positively charged substance as the source of the proton. a. This is the structure of protonated acetone. Consider all bonds involving hydrogen atoms, and label those that is/are polar using the partial charge notation described in chapter 2 (note that a formal charge on an atom does not necessarily denote the partial charge distribution in a bond). Then, put in the given box the label of the hydrogen atom that is most electron-poor. нь H₂ Ha T H₂ H₂ . Нь H₂ Most electron-poor hydrogen (Ha or H₂?):

Chemistry
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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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Exercises
1. A proton transfer reaction can involve a positively charged substance as the source of the proton.
a. This is the structure of protonated acetone. Consider all bonds involving hydrogen atoms, and label
those that is/are polar using the partial charge notation described in chapter 2 (note that a formal charge
on an atom does not necessarily denote the partial charge distribution in a bond). Then, put in the given
box the label of the hydrogen atom that is most electron-poor.
H₂
H₂
На
H₂
O
||
H₂
Hb
H₂
Most electron-poor hydrogen
(H₂ or H₂?):
1
/
4
Transcribed Image Text:Exercises 1. A proton transfer reaction can involve a positively charged substance as the source of the proton. a. This is the structure of protonated acetone. Consider all bonds involving hydrogen atoms, and label those that is/are polar using the partial charge notation described in chapter 2 (note that a formal charge on an atom does not necessarily denote the partial charge distribution in a bond). Then, put in the given box the label of the hydrogen atom that is most electron-poor. H₂ H₂ На H₂ O || H₂ Hb H₂ Most electron-poor hydrogen (H₂ or H₂?): 1 / 4
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