This assignment requires a model kit, please obtain one from your instructor if you do not have yo own. NOTE: It will help to work with a partner (Please write your answers directly on the following pages) Part A HO CH3 CH3 OH STEREOCHEMISTRY WORKSHOP (A Study of Molecular Chirality) Br 2: A Build a model of Molecule A 3: 1. Does this molecule have a plane of symmetry? You are allowed to rotate around bonds to look for a plane of symmetry 2. Assign R/S for each chiral carbon Indicate R/S on the Newman projection Molecule A

Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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This assignment requires a model kit, please obtain one from your instructor if you do not have your
own. NOTE: It will help to work with a partner
(Please write your answers directly on the following pages)
Part A
HO
CH3
CH3
OH
STEREOCHEMISTRY WORKSHOP
(A Study of Molecular Chirality)
Br
2:
A
Build a model of Molecule A
3:
1. Does this molecule have a plane of symmetry? You are
allowed to rotate around bonds to look for a plane of
symmetry
2. Assign R/S for each chiral carbon
Return the molecule back to its original conformation.
Rotate the back carbon 180° in a clockwise direction
3. Is this new conformation eclipsed or staggered?
4. Redraw this conformation as a Newman Projection
Indicate R/S on the
Newman projection of
Molecule A
Transcribed Image Text:This assignment requires a model kit, please obtain one from your instructor if you do not have your own. NOTE: It will help to work with a partner (Please write your answers directly on the following pages) Part A HO CH3 CH3 OH STEREOCHEMISTRY WORKSHOP (A Study of Molecular Chirality) Br 2: A Build a model of Molecule A 3: 1. Does this molecule have a plane of symmetry? You are allowed to rotate around bonds to look for a plane of symmetry 2. Assign R/S for each chiral carbon Return the molecule back to its original conformation. Rotate the back carbon 180° in a clockwise direction 3. Is this new conformation eclipsed or staggered? 4. Redraw this conformation as a Newman Projection Indicate R/S on the Newman projection of Molecule A
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