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7. Arrange each of the isomeric alkenes in order of stability: (a) (Ь)

7. Arrange each of the isomeric alkenes in order of stability: (a) (Ь)

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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**7. Arrange each of the isomeric alkenes in order of stability:** **Diagram Explanation:** There are six structural formulas displayed, grouped into two parts: (a) and (b). **(a):** 1. The first structure is a cyclohexene ring with a single methyl group attached, indicating a monosubstituted alkene. 2. The second structure is a cyclohexene ring with a double bond exocyclic to the ring. 3. The third structure is a cyclohexene with two methyl groups on the same carbon, suggesting more substitution compared to the first structure. **(b):** 1. The first structure is a linear alkene with a methyl group attached, showing monosubstitution in a linear form. 2. The second structure is a linear alkene with an internal double bond and a methyl group. 3. The third structure is a linear alkene with a methyl group located at a terminal position relative to the double bond. These structures are to be arranged based on the general principles of alkene stability, which tend to favor more substituted double bonds.
Transcribed Image Text:**7. Arrange each of the isomeric alkenes in order of stability:** **Diagram Explanation:** There are six structural formulas displayed, grouped into two parts: (a) and (b). **(a):** 1. The first structure is a cyclohexene ring with a single methyl group attached, indicating a monosubstituted alkene. 2. The second structure is a cyclohexene ring with a double bond exocyclic to the ring. 3. The third structure is a cyclohexene with two methyl groups on the same carbon, suggesting more substitution compared to the first structure. **(b):** 1. The first structure is a linear alkene with a methyl group attached, showing monosubstitution in a linear form. 2. The second structure is a linear alkene with an internal double bond and a methyl group. 3. The third structure is a linear alkene with a methyl group located at a terminal position relative to the double bond. These structures are to be arranged based on the general principles of alkene stability, which tend to favor more substituted double bonds.
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