4. Each of the following compounds has a stereocenter, marked by an asterisk (*). For each of the stereocenters: i. Identify the highest priority group. ii. Determine whether the stereocenter is (R) or (S). Remember that the lowest priority group MUST be oriented back. Completely fill in the circle in front of your chosen answer. H3C HO H (a) The highest priority group is: O CH3 O Double bond ΟΗ O OH The stereocenter is: OR OS carbon a OR OS CH3 (b) The highest priority group is: O Carbon a O CH3 O Carbon b ΟΗ The stereocenter is: carbon b (c) The highest priority group is: O CI O CH3 ΟΗ OF F сний C CH3 The stereocenter is: OR OS

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4. Each of the following compounds has a stereocenter, marked by an asterisk (*). For each of the
stereocenters:
i.
Identify the highest priority group.
ii. Determine whether the stereocenter is (R) or (S). Remember that the lowest priority group
MUST be oriented back.
Completely fill in the circle in front of your chosen answer.
H3C
HO H
(a)
The highest priority group is:
O CH3
O Double bond
он
O OH
The stereocenter is:
OR
OS
Carbon b
carbon a
CH3
(b)
The highest priority group is:
O Carbon a
O CH3
OR
S
carbon b
ΟΗ
The stereocenter is:
F
CLIVE
(c)
The highest priority group is:
CH3
CH3
OR
ΟΗ
OF
The stereocenter is:
Transcribed Image Text:4. Each of the following compounds has a stereocenter, marked by an asterisk (*). For each of the stereocenters: i. Identify the highest priority group. ii. Determine whether the stereocenter is (R) or (S). Remember that the lowest priority group MUST be oriented back. Completely fill in the circle in front of your chosen answer. H3C HO H (a) The highest priority group is: O CH3 O Double bond он O OH The stereocenter is: OR OS Carbon b carbon a CH3 (b) The highest priority group is: O Carbon a O CH3 OR S carbon b ΟΗ The stereocenter is: F CLIVE (c) The highest priority group is: CH3 CH3 OR ΟΗ OF The stereocenter is:
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