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Why does the following reaction use 2 equivalents of amine? [email protected] CHANH. Products??? The first equivalent...


Why does the following reaction use 2 equivalents of amine? 2@g CHANH. Products??? The first equivalent undergoes nucleophili
Why does the following reaction use 2 equivalents of amine? [email protected] CHANH. Products??? The first equivalent undergoes nucleophilie attack with the carbonyl carbon, the second equivalent neutralizes the acid byproduct The first equivalent undergoes electrophilie attack with the carbonyl carbon, the second equivalent undergoes nucleophilic attack with the carbonyl oxygen The first equivalent undergoes nucleophili tak with the carbonyl carbon, the second equivalent undergoes nucleophilic attack with the carbonyl oxygen The first equivalent undergoes nucleophilic attack with the carbonyl carbon, the second equivalent undergoes electrophilic attack with the carbonyl oxygen One equivalent protonates the carbonyl oxygen, making the carbonyl carbon more reactive for nucleophilic attack by the second equivalent One equivalent protonates the carbonyl oxygen, making the carbonyl carbon more reactive for electrophilic attack by the second equivalent The first equivalent undergoes electrophilic attack with the carbonyl carbon, the second equivalent undergoes electrophilic attack with the carbonyl oxygen
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Answer #1

lone Used for nucleophilic attack pair. CH₃NH2 11 CH3 Nucleophilic at NH ZI H + Attack + CI CH NH₂ NH CH3 f (ACI) e acid by p

answered by: ANURANJAN SARSAM
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