2. Draw the TWO (2) possible stereoisomers of the compound below. Label each as chiral or achiral. There are 8 possible
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2. Draw the TWO (2) possible stereoisomers of the compound below. Label each as chiral or achiral. There are 8 possible
2. Draw the TWO (2) possible stereoisomers of the compound below. Label each as chiral or achiral. There are 8 possible combinations of wedging and dashing, but most of them end up being conformational isomers of each other. Prove this to yourself. 3. Draw the enantiomer of the molecule below. Then draw all of the possible diastereomers.
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