To explain why at equilibrium the percentage of the molecules of cyclohexane ring with ethyl group as substituent at equatorial position is 96% while with ethynyl group as substituent at equatorial position is only 67%. Concept introduction: Cyclohexane molecule exists mostly in the stable chair configuration. If this ring is substituted, then the substituent present at equatorial position gives the most stable substituted cyclohexane.

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Chapter 4, Problem 4.23P

Interpretation Introduction

Interpretation: To explain why at equilibrium the percentage of the molecules of cyclohexane ring with ethyl group as substituent at equatorial position is 96% while with ethynyl group as substituent at equatorial position is only 67%.

Concept introduction: Cyclohexane molecule exists mostly in the stable chair configuration. If this ring is substituted, then the substituent present at equatorial position gives the most stable substituted cyclohexane.

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Question

Chapter 4, Problem 4.23P

Interpretation Introduction

Interpretation: To explain why at equilibrium the percentage of the molecules of cyclohexane ring with ethyl group as substituent at equatorial position is 96% while with ethynyl group as substituent at equatorial position is only 67%.

Concept introduction: Cyclohexane molecule exists mostly in the stable chair configuration. If this ring is substituted, then the substituent present at equatorial position gives the most stable substituted cyclohexane.

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Answer 3

Question

Chapter 4, Problem 4.23P

Interpretation Introduction

Interpretation: To explain why at equilibrium the percentage of the molecules of cyclohexane ring with ethyl group as substituent at equatorial position is 96% while with ethynyl group as substituent at equatorial position is only 67%.

Concept introduction: Cyclohexane molecule exists mostly in the stable chair configuration. If this ring is substituted, then the substituent present at equatorial position gives the most stable substituted cyclohexane.

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Answer 4

Question

Chapter 4, Problem 4.23P

Interpretation Introduction

Interpretation: To explain why at equilibrium the percentage of the molecules of cyclohexane ring with ethyl group as substituent at equatorial position is 96% while with ethynyl group as substituent at equatorial position is only 67%.

Concept introduction: Cyclohexane molecule exists mostly in the stable chair configuration. If this ring is substituted, then the substituent present at equatorial position gives the most stable substituted cyclohexane.

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Answer 5

Chapter 4, Problem 4.23P

Interpretation Introduction

Interpretation: To explain why at equilibrium the percentage of the molecules of cyclohexane ring with ethyl group as substituent at equatorial position is 96% while with ethynyl group as substituent at equatorial position is only 67%.

Concept introduction: Cyclohexane molecule exists mostly in the stable chair configuration. If this ring is substituted, then the substituent present at equatorial position gives the most stable substituted cyclohexane.

Answer 6

Chapter 4, Problem 4.23P

Interpretation Introduction

Interpretation: To explain why at equilibrium the percentage of the molecules of cyclohexane ring with ethyl group as substituent at equatorial position is 96% while with ethynyl group as substituent at equatorial position is only 67%.

Concept introduction: Cyclohexane molecule exists mostly in the stable chair configuration. If this ring is substituted, then the substituent present at equatorial position gives the most stable substituted cyclohexane.

Answer 7

Chapter 4, Problem 4.23P

Interpretation Introduction

Interpretation: To explain why at equilibrium the percentage of the molecules of cyclohexane ring with ethyl group as substituent at equatorial position is 96% while with ethynyl group as substituent at equatorial position is only 67%.

Concept introduction: Cyclohexane molecule exists mostly in the stable chair configuration. If this ring is substituted, then the substituent present at equatorial position gives the most stable substituted cyclohexane.

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Answer 11

Ch. 4 - Prob. 4.1P Ch. 4 - Prob. 4.2P Ch. 4 - (a) Classify the carbon atoms in each compound as...Ch. 4 - Problem 3.3 Classify a carbon atom by the number...Ch. 4 - Problem 4.3 Draw the five constitutional isomers...Ch. 4 - Prob. 4.6P Ch. 4 - Prob. 4.7P Ch. 4 - Draw the five constitutional isomers that have...Ch. 4 - Give the IUPAC name for each compound. a. c. b. ...Ch. 4 - Give the IUPAC name for each compound. a....

Solution Summary: The author explains that the cyclohexane ring with ethyl group as substituent at equilibrium is 96%, compared to 67% of the other molecules.

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