If the asymmetric carbons in a molecule have been designated (2R,3S,5R), what will the designations be in the molecule’s enantiomer? What will the designations be in one of its diastereomers?

3B. and 3G

How many chiral centers are there in this specific molecule?

Encircle the chiral center/s in each molecule. Assign R or S configurations for each chiral center. No need to name the molecule. Br NH2 NH2 H3C H3C *CH3 CH3 но

Consider the following molecules. Which of the following statements is correct? OH II OH но.. Question 6 options: 。 I and II are enantiomers 。 о I and III are enantiomers II and IV are diastereomers o III and IV are enantiomers ... III IV

Designate each of the following molecules are chiral or achiral. CH2OH Br HO,CC CH3 `CO2H OH H OH OH Determine whether the two structures in the following nairs represent enantiomers

Draw all the stereoisomers of the molecule shown below, grouping them in pairs of a usitros stuloads sia enantiomers. Assign the absolute configuration of the chiral carbons (R or S). Br Br Cl

What are the chiral centers for this molecule?

5. Consider the following pairs of structures. Identify the relationship between them (enantiomers, diastereomers, or identical compounds. он HO o CH,OH H,C H но CH,OH сон H HO. HO CH, HO,C CH COH HO,C, CO,H CO,H н онн он н онн он HOH,C сно OHC CH,OH Br CH,CH, H,CH,C CI CH OH

Use models (or drawings) to determine which of the following compounds are stable chiral molecules at room temperature. For those that are chiral, draw three-dimensional ( perspective) diagrams of the enantiomeric forms.