5) How many chiral centers does this molecule have? COOH ÕH Br

Shown below is 3-fluoro-2-butanol. What is the configuration of the chiral centers? OH H. F *CH3 CH3 O 1. The configuration is (25,35). O 2. The configuration is (2R,3R). O 3. The configuration is (25,3R). O 4. The configuration is (2R,35).

I think it’s R.

Alanine is a member of the twenty key amino acids that are used by our bodies to make proteins. Is this a chiral molecule? Select an answer and submit. For keyboard navigation, use the up/down arrow keys to select an answer. a Homework. Unanswered b C Yes No Not enough information is provided H₂N. 요 H3C H OH

7. Draw eight thiol isomers of the formula C3H12S. Identify chiral centers if any?

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How many chiral centers do you see in the following molecule? HO H- 0 O 1 O 2 3 04 CH₂OH 0 -H -OH CH₂OH

Below are compounds used in medicine. Circle the chiral centers of each drug.

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Identify the stereocentres, if any, in the following structure. The carbon atoms have been numbered for easier identification. HHH III UN H H Note, sometimes stereocentres are informally called "chiral carbon atoms". Strictly, only entire molecules or objects are or are not chiral. 1) C1 2) C2 3) C3 EN 4) C4 5) None of the carbons is a stereocentre.