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H3C, OH H3C CH3 CH3 CH3 ČH3 H,C CH, HO CH3 Violaxanthin How many double bonds in this terpenoid compound are capable of cis,trans isomerism? Of these, how many are in the cis configuration?

H3C, OH H3C CH3 CH3 CH3 ČH3 H,C CH, HO CH3 Violaxanthin How many double bonds in this terpenoid compound are capable of cis,trans isomerism? Of these, how many are in the cis configuration?

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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**Violaxanthin Structure and Isomerism Analysis** The image presents the chemical structure of **violaxanthin**, a type of terpenoid compound. The structure is detailed as a series of connected carbon rings and chains, with multiple double bonds and functional groups, notably hydroxyl (OH) groups. Additionally, there are methyl (CH₃) groups attached at various positions on the carbon chain, contributing to the compound's structural complexity. **Questions:** 1. **How many double bonds in this terpenoid compound are capable of *cis/trans* isomerism?** - [Input box for answer] 2. **Of these, how many are in the *cis* configuration?** - [Input box for answer] **Instructions:** - Analyze the chemical structure carefully to count the number of double bonds, specifically identifying those that allow for *cis/trans* isomerism. - Determine which of these double bonds exist in the *cis* configuration. **Options:** - Click on "Submit Answer" to validate your input. - Alternatively, select "Try Another Version" if you wish to attempt a different version of the question. - Note that you have 10 attempts remaining. This structure analysis task is fundamental for understanding the stereochemistry of organic compounds and the role of isomerism in biological activity.
Transcribed Image Text:**Violaxanthin Structure and Isomerism Analysis** The image presents the chemical structure of **violaxanthin**, a type of terpenoid compound. The structure is detailed as a series of connected carbon rings and chains, with multiple double bonds and functional groups, notably hydroxyl (OH) groups. Additionally, there are methyl (CH₃) groups attached at various positions on the carbon chain, contributing to the compound's structural complexity. **Questions:** 1. **How many double bonds in this terpenoid compound are capable of *cis/trans* isomerism?** - [Input box for answer] 2. **Of these, how many are in the *cis* configuration?** - [Input box for answer] **Instructions:** - Analyze the chemical structure carefully to count the number of double bonds, specifically identifying those that allow for *cis/trans* isomerism. - Determine which of these double bonds exist in the *cis* configuration. **Options:** - Click on "Submit Answer" to validate your input. - Alternatively, select "Try Another Version" if you wish to attempt a different version of the question. - Note that you have 10 attempts remaining. This structure analysis task is fundamental for understanding the stereochemistry of organic compounds and the role of isomerism in biological activity.
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