• 3) Designate the absolute geometry of the chiral centers in this molecule H CH3 H, CH3 HO H H NH₂O Draw proper Fischer projections of the above molecule with the Ci aldehyde at the top. Draw all the stereoisomers of the above compound Designate the absolute geometry of the chiral centers of all your Fischer projections Label the relationship between the drawn stereoisomers as Enantiomers (E) or Diastereomer (D)
• 3) Designate the absolute geometry of the chiral centers in this molecule H CH3 H, CH3 HO H H NH₂O Draw proper Fischer projections of the above molecule with the Ci aldehyde at the top. Draw all the stereoisomers of the above compound Designate the absolute geometry of the chiral centers of all your Fischer projections Label the relationship between the drawn stereoisomers as Enantiomers (E) or Diastereomer (D)
Chapter5: Stereochemistry At Tetrahedral Centers
Section5.2: The Reason For Handedness In Molecules: Chirality
Problem 4P
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3) Designate the absolute geometry of the chiral centers in this molecule
H CH3 H, CH3
HO
H
H
NH₂O
Draw proper Fischer projections of the above molecule with the Ci aldehyde at the top.
Draw all the stereoisomers of the above compound
Designate the absolute geometry of the chiral centers of all
your
Fischer projections
Label the relationship between the drawn stereoisomers as Enantiomers (E) or Diastereomer (D)
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