Complete the following paragraph regarding the structures below, then draw a relevant resonance contributor to support your selections in the paragraph. Your resonance contributor could be drawn to show either why one acid is stronger or why one acid is weaker. :0: B :0: H Compound [A/B] is the stronger acid because it is an electron [ withdrawing / donating ] group. By [increasing / decreasing ] the electron density on the ring, it will [stabilize / destabilize] the conjugate base, and the [more / less] stable the conjugate base, the [ stronger / weaker ] the resonance contributor acid. The resonance contributor below shows how electron density is [ withdrawn / donated ] to compound [A/B] showing it is the [ stronger / weaker ] acid
Complete the following paragraph regarding the structures below, then draw a relevant resonance contributor to support your selections in the paragraph. Your resonance contributor could be drawn to show either why one acid is stronger or why one acid is weaker. :0: B :0: H Compound [A/B] is the stronger acid because it is an electron [ withdrawing / donating ] group. By [increasing / decreasing ] the electron density on the ring, it will [stabilize / destabilize] the conjugate base, and the [more / less] stable the conjugate base, the [ stronger / weaker ] the resonance contributor acid. The resonance contributor below shows how electron density is [ withdrawn / donated ] to compound [A/B] showing it is the [ stronger / weaker ] acid
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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![Complete the following paragraph regarding the structures below, then draw a relevant
resonance contributor to support your selections in the paragraph. Your resonance contributor
could be drawn to show either why one acid is stronger or why one acid is weaker.
:0:
.H
B
:0:
A
Compound [A/B] is the stronger acid because it is an electron [ withdrawing / donating ] group.
By [increasing / decreasing ] the electron density on the ring, it will [ stabilize / destabilize] the
conjugate base, and the [more / less ] stable the conjugate base, the [ stronger / weaker ] the
acid.
The resonance contributor below shows how electron density is [ withdrawn / donated ] to
compound [A/B] showing it is the [ stronger / weaker ] acid
resonance contributor](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F96cb9d11-09e4-4423-8c77-f1e8d4605608%2F7a86b9be-d5df-4d17-9b58-52decbb234db%2Fhsd3csj_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Complete the following paragraph regarding the structures below, then draw a relevant
resonance contributor to support your selections in the paragraph. Your resonance contributor
could be drawn to show either why one acid is stronger or why one acid is weaker.
:0:
.H
B
:0:
A
Compound [A/B] is the stronger acid because it is an electron [ withdrawing / donating ] group.
By [increasing / decreasing ] the electron density on the ring, it will [ stabilize / destabilize] the
conjugate base, and the [more / less ] stable the conjugate base, the [ stronger / weaker ] the
acid.
The resonance contributor below shows how electron density is [ withdrawn / donated ] to
compound [A/B] showing it is the [ stronger / weaker ] acid
resonance contributor
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