Three connections are given. a) Mark the asymmetric carbon atoms in the following compounds. CH3 OH Н.С. CH3 Н.С. ОН CH3

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Three connections are given. a) Mark the asymmetric carbon atoms in the following compounds. CH3 OH Н.С. CH3 Н.С. ОН CH3

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Three connections are given. a) Mark the asymmetric carbon atoms in the following compounds. CH3 OH Н.С. CH3 Н.С. ОН CH3 Br CH3 b) Each of the three compounds in task 3 can exist in two enantiomers. Draw the two enantiomers in perspective wedge-dash formulas. Jo De c) Determine the CIP absolute configuration for each of the six enantiomers in 3b. Write the configuration in the small boxes above.
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