1. Draw the product of the reaction below: H* CH;CH,CH,C-H + CH;CHOH CH3 2. Draw the product of the reaction below: -C-H + 2CH;CH,OH = 3. Using wedge and dashed line notation, draw the enantiomer of the molecule below: NH2 H CH3CH CH3 CH3 4. Label each chiral carbon atom on the molecule below. How many total stereoisomers are possible? HO CCHCH3 NH2

1. Draw the product of the reaction below: H* CH;CH,CH,C-H + CH;CHOH CH3 2. Draw the product of the reaction below: -C-H + 2CH;CH,OH = 3. Using wedge and dashed line notation, draw the enantiomer of the molecule below: NH2 H CH3CH CH3 CH3 4. Label each chiral carbon atom on the molecule below. How many total stereoisomers are possible? HO CCHCH3 NH2

Organic Chemistry

9th Edition

ISBN:9781305080485

Author:John E. McMurry

Publisher:John E. McMurry

Chapter5: Stereochemistry At Tetrahedral Centers

Section5.SE: Something Extra

Problem 65AP

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