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Draw the complete, detailed mechanism (curved arrows) for the reaction between alanine and DCC and the mechanism between the activated alanine and serine to form the Ala-Ser dipeptide and the stable urea (a functional group that looks like a carbonyl in two amides... more stable than an amide!) products. N=C=N OH Ο ΗΝ (DCC) H₂N H₂N. OH H₂N. OH OH N N CH3 OH CH3 serine Ala-Ser (excess) H₂N. CH3 alanine urea

Draw the complete, detailed mechanism (curved arrows) for the reaction between alanine and DCC and the mechanism between the activated alanine and serine to form the Ala-Ser dipeptide and the stable urea (a functional group that looks like a carbonyl in two amides... more stable than an amide!) products. N=C=N OH Ο ΗΝ (DCC) H₂N H₂N. OH H₂N. OH OH N N CH3 OH CH3 serine Ala-Ser (excess) H₂N. CH3 alanine urea

Chemistry
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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Draw the complete, detailed mechanism (curved arrows) for the reaction between alanine and DCC and the mechanism between the activated alanine and serine to form the Ala-Ser dipeptide and the stable urea (a functional group that looks like a carbonyl in two amides... more stable than an amide!) products. N=C=N OH Ο ΗΝ (DCC) H₂N H₂N. OH H₂N. OH OH N N CH3 OH CH3 serine Ala-Ser (excess) H₂N. CH3 alanine urea
Transcribed Image Text:Draw the complete, detailed mechanism (curved arrows) for the reaction between alanine and DCC and the mechanism between the activated alanine and serine to form the Ala-Ser dipeptide and the stable urea (a functional group that looks like a carbonyl in two amides... more stable than an amide!) products. N=C=N OH Ο ΗΝ (DCC) H₂N H₂N. OH H₂N. OH OH N N CH3 OH CH3 serine Ala-Ser (excess) H₂N. CH3 alanine urea
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