Answer the following questions about this reaction:a. Draw the structure of the major product in the space provided belowb. What type of reaction is this?c. If you used 550mg of the starting material chloride, how many mmoles is this?d.If you use 3 molar equivalents of the K2CO3, how many milligrams of K2CO3 is that?What is the role of DMF in this reaction?e.f. The workup consists of removing the DMF via rotary evaporation and adding water to the resultingcrude solid. What is the purpose of this step?g. How many peaks would you expect in the HNMR of the product >6ppm?h. What is the theoretical yield for this reaction?i.What would your % yield be if you obtained 315mg of the product?j.What is the common name of the amine used in this reaction?K2CO3, DMF+N.

a) Structure of major product: b) Type of reaction: Nucleophilic Aromatic Substitution (SNAr)c)…

D Answer the following questions about this reaction: a. Draw the structure of the major product in the space provided below b. What type of reaction is this? c. If you used 550mg of the starting material chloride, how many mmoles is this? d. e. If you use 3 molar equivalents of the K2CO3, how many milligrams of K2CO3 is that? What is the role of DMF in this reaction? f. g. The workup consists of removing the DMF via rotary evaporation and adding water to the resulting crude solid. What is the purpose of this step? How many peaks would you expect in the HNMR of the product >6ppm? h. What is the theoretical yield for this reaction? i. What would your % yield be if you obtained 315mg of the product? j. What is the common name of the amine used in this reaction? H N. K2CO3, DMF

D Answer the following questions about this reaction: a. Draw the structure of the major product in the space provided below b. What type of reaction is this? c. If you used 550mg of the starting material chloride, how many mmoles is this? d. e. If you use 3 molar equivalents of the K2CO3, how many milligrams of K2CO3 is that? What is the role of DMF in this reaction? f. g. The workup consists of removing the DMF via rotary evaporation and adding water to the resulting crude solid. What is the purpose of this step? How many peaks would you expect in the HNMR of the product >6ppm? h. What is the theoretical yield for this reaction? i. What would your % yield be if you obtained 315mg of the product? j. What is the common name of the amine used in this reaction? H N. K2CO3, DMF

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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