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### Understanding Chair Conformations in Cyclohexane Derivatives **Question:** Which wedge-and-dash drawing correctly represents the chair conformation given? **Options:** - **A** - **1.** - **B** - **2.** - **C** - **3.** - **D** - **4.** **Diagram Description:** #### Chair Conformation: The image illustrates the chair conformation of a cyclohexane derivative. The molecule in the given chair conformation has the following substituents: - A fluorine (F) atom in the upward axial position on carbon 1 - A bromine (Br) atom in the equatorial position on carbon 2 - A chlorine (Cl) atom also in the equatorial position on carbon 3 - Other hydrogen atoms (H) occupying the remaining positions #### Molecules: Below the chair configuration, four possible wedge-and-dash structures of the same molecule are given: **1.** - Fluorine (F) is depicted as a solid wedge (out of the plane) on carbon 1. - Bromine (Br) is depicted as a dashed bond (into the plane) on carbon 2. - Chlorine (Cl) is depicted as a dashed bond (into the plane) on carbon 3. **2.** - Fluorine (F) is depicted as a solid wedge (out of the plane) on carbon 1. - Bromine (Br) is depicted as a solid wedge (out of the plane) on carbon 2. - Chlorine (Cl) is depicted as a solid wedge (out of the plane) on carbon 3. **3.** - Fluorine (F) is depicted as a solid wedge (out of the plane) on carbon 1. - Bromine (Br) is depicted as a dashed bond (into the plane) on carbon 2. - Chlorine (Cl) is depicted as a solid wedge (out of the plane) on carbon 3. **4.** - Fluorine (F) is depicted as a solid wedge (out of the plane) on carbon 1. - Bromine (Br) is depicted as a dashed bond (into the plane) on carbon 2. - Chlorine (Cl) is depicted as a dashed

### Understanding Chair Conformations in Cyclohexane Derivatives **Question:** Which wedge-and-dash drawing correctly represents the chair conformation given? **Options:** - **A** - **1.** - **B** - **2.** - **C** - **3.** - **D** - **4.** **Diagram Description:** #### Chair Conformation: The image illustrates the chair conformation of a cyclohexane derivative. The molecule in the given chair conformation has the following substituents: - A fluorine (F) atom in the upward axial position on carbon 1 - A bromine (Br) atom in the equatorial position on carbon 2 - A chlorine (Cl) atom also in the equatorial position on carbon 3 - Other hydrogen atoms (H) occupying the remaining positions #### Molecules: Below the chair configuration, four possible wedge-and-dash structures of the same molecule are given: **1.** - Fluorine (F) is depicted as a solid wedge (out of the plane) on carbon 1. - Bromine (Br) is depicted as a dashed bond (into the plane) on carbon 2. - Chlorine (Cl) is depicted as a dashed bond (into the plane) on carbon 3. **2.** - Fluorine (F) is depicted as a solid wedge (out of the plane) on carbon 1. - Bromine (Br) is depicted as a solid wedge (out of the plane) on carbon 2. - Chlorine (Cl) is depicted as a solid wedge (out of the plane) on carbon 3. **3.** - Fluorine (F) is depicted as a solid wedge (out of the plane) on carbon 1. - Bromine (Br) is depicted as a dashed bond (into the plane) on carbon 2. - Chlorine (Cl) is depicted as a solid wedge (out of the plane) on carbon 3. **4.** - Fluorine (F) is depicted as a solid wedge (out of the plane) on carbon 1. - Bromine (Br) is depicted as a dashed bond (into the plane) on carbon 2. - Chlorine (Cl) is depicted as a dashed

Chemistry
Chemistry
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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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### Understanding Chair Conformations in Cyclohexane Derivatives **Question:** Which wedge-and-dash drawing correctly represents the chair conformation given? **Options:** - **A** - **1.** - **B** - **2.** - **C** - **3.** - **D** - **4.** **Diagram Description:** #### Chair Conformation: The image illustrates the chair conformation of a cyclohexane derivative. The molecule in the given chair conformation has the following substituents: - A fluorine (F) atom in the upward axial position on carbon 1 - A bromine (Br) atom in the equatorial position on carbon 2 - A chlorine (Cl) atom also in the equatorial position on carbon 3 - Other hydrogen atoms (H) occupying the remaining positions #### Molecules: Below the chair configuration, four possible wedge-and-dash structures of the same molecule are given: **1.** - Fluorine (F) is depicted as a solid wedge (out of the plane) on carbon 1. - Bromine (Br) is depicted as a dashed bond (into the plane) on carbon 2. - Chlorine (Cl) is depicted as a dashed bond (into the plane) on carbon 3. **2.** - Fluorine (F) is depicted as a solid wedge (out of the plane) on carbon 1. - Bromine (Br) is depicted as a solid wedge (out of the plane) on carbon 2. - Chlorine (Cl) is depicted as a solid wedge (out of the plane) on carbon 3. **3.** - Fluorine (F) is depicted as a solid wedge (out of the plane) on carbon 1. - Bromine (Br) is depicted as a dashed bond (into the plane) on carbon 2. - Chlorine (Cl) is depicted as a solid wedge (out of the plane) on carbon 3. **4.** - Fluorine (F) is depicted as a solid wedge (out of the plane) on carbon 1. - Bromine (Br) is depicted as a dashed bond (into the plane) on carbon 2. - Chlorine (Cl) is depicted as a dashed
Transcribed Image Text:### Understanding Chair Conformations in Cyclohexane Derivatives **Question:** Which wedge-and-dash drawing correctly represents the chair conformation given? **Options:** - **A** - **1.** - **B** - **2.** - **C** - **3.** - **D** - **4.** **Diagram Description:** #### Chair Conformation: The image illustrates the chair conformation of a cyclohexane derivative. The molecule in the given chair conformation has the following substituents: - A fluorine (F) atom in the upward axial position on carbon 1 - A bromine (Br) atom in the equatorial position on carbon 2 - A chlorine (Cl) atom also in the equatorial position on carbon 3 - Other hydrogen atoms (H) occupying the remaining positions #### Molecules: Below the chair configuration, four possible wedge-and-dash structures of the same molecule are given: **1.** - Fluorine (F) is depicted as a solid wedge (out of the plane) on carbon 1. - Bromine (Br) is depicted as a dashed bond (into the plane) on carbon 2. - Chlorine (Cl) is depicted as a dashed bond (into the plane) on carbon 3. **2.** - Fluorine (F) is depicted as a solid wedge (out of the plane) on carbon 1. - Bromine (Br) is depicted as a solid wedge (out of the plane) on carbon 2. - Chlorine (Cl) is depicted as a solid wedge (out of the plane) on carbon 3. **3.** - Fluorine (F) is depicted as a solid wedge (out of the plane) on carbon 1. - Bromine (Br) is depicted as a dashed bond (into the plane) on carbon 2. - Chlorine (Cl) is depicted as a solid wedge (out of the plane) on carbon 3. **4.** - Fluorine (F) is depicted as a solid wedge (out of the plane) on carbon 1. - Bromine (Br) is depicted as a dashed bond (into the plane) on carbon 2. - Chlorine (Cl) is depicted as a dashed
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