MasteringChemistry: Chapter 20 - Google Chrome https://session.masteringchemistr
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MasteringChemistry: Chapter 20 - Google Chrome https://session.masteringchemistry.com/myct/itemView?assignmentProblemID-62583757 Bruice-S-2016 Signed in as jialiang zhangHelp Close Chapter 20 Problem 20.9 Resources v « previous | 16 of 25 | next» Problem 20.9 Part A Will an amide be the final product obtained from the reaction of an acyl chloride with pyridine in an aqueous solution? Yes, an amide will be the final product obtained from the reaction of an acyl chloride with pyridine in an aqueous solution No, an amide will not be the final product obtained from the reaction of an acyl chloride with pyridine in an aqueous solution Submit My Answers Give Up Correct Part B Explain your answer Check all that apply The positively charged nitrogen in the initially formed carbonyl compound causes pyridine to be an excellent leaving group The positively charged nitrogen in the initially formed carbonyl compound causes pyridine to be a poor leaving group Initially formed carbonyl compound hydrolyzes slowly Initially formed carbonyl compound hydrolyzes rapidly The final product of the reaction is an aldehyde The final product of the reaction is a carboxylic acid Submit My Answers Give Up Incorrect, Iry Again, 5 attempts remainingExplanation / Answer
the positively charged nitrogen in the initially formed carbonyl compound causes pyridine to be an poor leaving group.
Since, the positively charged nitrogen makes the pyridine a very good nucleophile, therefore, it becomes a poor leaving group.