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Redraw the following molecule as a Fischer projection. H3C C/ H B. CH3 毛毛手毛 A. D. E. Br CI- CH3 - H H -CH3

Redraw the following molecule as a Fischer projection. H3C C/ H B. CH3 毛毛手毛 A. D. E. Br CI- CH3 - H H -CH3

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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**Title:** Redrawing a 3D Molecule as a Fischer Projection **Objective:** Learn how to translate a three-dimensional molecular structure into a two-dimensional Fischer projection. **Description:** In this exercise, we are tasked with converting the given stereochemical molecule diagram into its corresponding Fischer projection. The original structure is a tetrahedral molecule with the formula C2H5BrCl. **Molecular Diagram:** - The molecule consists of two methyl groups (CH3), a bromine (Br), and a chlorine (Cl) atom arranged around a central carbon atom. - The bromine (Br) is drawn as a wedge, indicating it projects above the plane of the paper. - The chlorine (Cl) is indicated with hashing, suggesting it extends below the plane of the paper. - There are two hydrogen atoms (H) positioned on the remaining sides. **Fischer Projection Options:** Below the diagram, five choices (A-E) are provided, each representing a possible Fischer projection of the molecule. - **Option A:** Vertical axis: CH3 at both ends, horizontal axis: H and Cl on the left, Br and H on the right. - **Option B:** Vertical axis: CH3 at both ends, horizontal axis: Br and Cl on the left, H and H on the right. - **Option C:** Vertical axis: CH3 at both ends, horizontal axis: H and Br on the left, Cl and H on the right. - **Option D:** Vertical axis: CH3 at both ends, horizontal axis: Br and H on the left, H and Cl on the right. - **Option E:** Vertical axis: CH3 at both ends, horizontal axis: Br and Cl on the left, H and H on the right. **Conclusion:** The task is to correctly translate the three-dimensional tetrahedral structure into one of the two-dimensional Fischer projections provided, ensuring that the stereochemistry is accurately represented.
Transcribed Image Text:**Title:** Redrawing a 3D Molecule as a Fischer Projection **Objective:** Learn how to translate a three-dimensional molecular structure into a two-dimensional Fischer projection. **Description:** In this exercise, we are tasked with converting the given stereochemical molecule diagram into its corresponding Fischer projection. The original structure is a tetrahedral molecule with the formula C2H5BrCl. **Molecular Diagram:** - The molecule consists of two methyl groups (CH3), a bromine (Br), and a chlorine (Cl) atom arranged around a central carbon atom. - The bromine (Br) is drawn as a wedge, indicating it projects above the plane of the paper. - The chlorine (Cl) is indicated with hashing, suggesting it extends below the plane of the paper. - There are two hydrogen atoms (H) positioned on the remaining sides. **Fischer Projection Options:** Below the diagram, five choices (A-E) are provided, each representing a possible Fischer projection of the molecule. - **Option A:** Vertical axis: CH3 at both ends, horizontal axis: H and Cl on the left, Br and H on the right. - **Option B:** Vertical axis: CH3 at both ends, horizontal axis: Br and Cl on the left, H and H on the right. - **Option C:** Vertical axis: CH3 at both ends, horizontal axis: H and Br on the left, Cl and H on the right. - **Option D:** Vertical axis: CH3 at both ends, horizontal axis: Br and H on the left, H and Cl on the right. - **Option E:** Vertical axis: CH3 at both ends, horizontal axis: Br and Cl on the left, H and H on the right. **Conclusion:** The task is to correctly translate the three-dimensional tetrahedral structure into one of the two-dimensional Fischer projections provided, ensuring that the stereochemistry is accurately represented.
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