Chemistry The chirality center and four adjacent atoms have been extracted from Thalidomide to give the simplified structure below. Using a model kit, make two identical models of this molecule using blue for the NH2 group and red for the C=O group. 1) Confirm that they can be superimposed (aligned exactly) onto one another. 2) Switch any two groups on ONE of the models (leave the other model unchanged). a. Is this new model identical to the original model? (circle one) yes / no b. What definition from the following list best describes the relationship between the two models? (Circle more than one answer if appropriate) identical / stereoisomers / conformational isomers / constitutional isomers / enantiomers. c. Is the molecule chiral? Explain why.
Chemistry The chirality center and four adjacent atoms have been extracted from Thalidomide to give the simplified structure below. Using a model kit, make two identical models of this molecule using blue for the NH2 group and red for the C=O group. 1) Confirm that they can be superimposed (aligned exactly) onto one another. 2) Switch any two groups on ONE of the models (leave the other model unchanged). a. Is this new model identical to the original model? (circle one) yes / no b. What definition from the following list best describes the relationship between the two models? (Circle more than one answer if appropriate) identical / stereoisomers / conformational isomers / constitutional isomers / enantiomers. c. Is the molecule chiral? Explain why.
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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Chemistry
The chirality center and four adjacent atoms have been extracted from Thalidomide to give the simplified structure below. Using a model kit, make two identical models of this molecule using blue for the NH2 group and red for the C=O group. 1) Confirm that they can be superimposed (aligned exactly) onto one another.
2) Switch any two groups on ONE of the models (leave the other model unchanged).
a. Is this new model identical to the original model? (circle one) yes / no
b. What definition from the following list best describes the relationship between the two models?
(Circle more than one answer if appropriate) identical / stereoisomers / conformational isomers / constitutional isomers / enantiomers.
c. Is the molecule chiral? Explain why.
Transcribed Image Text:H₂N
H
CH3
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