Fill in the table with the partial charges of the atoms. The atoms are numbered with the following scheme with respect to the substituent on the aromatic ring. c! c/ X H, | H./ Chlorobenzene Nitrobenzene Aminobenzene Atom C1 C2 Ca Which substituent results in a ring atom with the greatest positive charge (smallest negative charges)? What is the mechanism that causes this pattern of electron distribution on the aromatic ring? Diagram the mechanism. Which substituent results in a ring atom with the least positive charge (largest negative charges)? What is the mechanism that causes this pattern of electron distribution on the aromatic ring? Diagram the mechanism.

Pushing Electrons
4th Edition
ISBN:9781133951889
Author:Weeks, Daniel P.
Publisher:Weeks, Daniel P.
Chapter3: Mechanisms
Section: Chapter Questions
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Fill in the table with the partial charges of the atoms. The atoms are numbered with
the following scheme with respect to the substituent on the aromatic ring.
x c/
3.
|
H./
Atom
Chlorobenzene
Nitrobenzene
Aminobenzene
C2
Ca
Which substituent results in a ring atom with the greatest positive charge (smallest
negative charges)?
What is the mechanism that causes this pattern of electron distribution on the
aromatic ring? Diagram the mechanism.
Which substituent results in a ring atom with the least positive charge (largest
negative charges)?
What is the mechanism that causes this pattern of electron distribution on the
aromatic ring? Diagram the mechanism.
Transcribed Image Text:Fill in the table with the partial charges of the atoms. The atoms are numbered with the following scheme with respect to the substituent on the aromatic ring. x c/ 3. | H./ Atom Chlorobenzene Nitrobenzene Aminobenzene C2 Ca Which substituent results in a ring atom with the greatest positive charge (smallest negative charges)? What is the mechanism that causes this pattern of electron distribution on the aromatic ring? Diagram the mechanism. Which substituent results in a ring atom with the least positive charge (largest negative charges)? What is the mechanism that causes this pattern of electron distribution on the aromatic ring? Diagram the mechanism.
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