Why do Ag(I) ions favour the formation of isonitrile A whereas Na(I) ions favour the formation of mitrile B? (more than two correct answers) AgCN NaCN AgBr + R-NEC R-Br R-CEN + NaBr A B A® silver ions have a high affinity for halogens B) silver ions polarise the alkylbromide increasing its reactivity (C) silver bromide is more insoluble than sodium bromide (D) The incipient carbocation on the alkylbromide attracts the more electronegative nitrogen aton H

Organic Chemistry
8th Edition
ISBN:9781305580350
Author:William H. Brown, Brent L. Iverson, Eric Anslyn, Christopher S. Foote
Publisher:William H. Brown, Brent L. Iverson, Eric Anslyn, Christopher S. Foote
Chapter21: Benzene And The Concept Of Aromaticity
Section: Chapter Questions
Problem 21.60P
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Why do Ag(I) ions favour the formation of isonitrile A whereas Na(I) ions favour the formation of
mitrile B? (more than two correct answers)
AgCN
NaCN
AgBr +
R-NEC
R-Br
R-CEN + NaBr
A
B
A®
silver ions have a high affinity for halogens
B) silver ions polarise the alkylbromide increasing its reactivity
(C) silver bromide is more insoluble than sodium bromide
(D) The incipient carbocation on the alkylbromide attracts the more electronegative nitrogen aton
H
Transcribed Image Text:Why do Ag(I) ions favour the formation of isonitrile A whereas Na(I) ions favour the formation of mitrile B? (more than two correct answers) AgCN NaCN AgBr + R-NEC R-Br R-CEN + NaBr A B A® silver ions have a high affinity for halogens B) silver ions polarise the alkylbromide increasing its reactivity (C) silver bromide is more insoluble than sodium bromide (D) The incipient carbocation on the alkylbromide attracts the more electronegative nitrogen aton H
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