The compound(s) showing optical activity is/a | vedclass

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(B, C) compound is optically active if it possesses at least one chiral center and lacks a plane of symmetry or center of symmetry.$(A)$ Glycine $(H_2

Vedclass · Accepted Answer

Glyceraldehyde $(HOCH_2-CH(OH)-CHO)$

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(B, C) compound is optically active if it possesses at least one chiral center and lacks a plane of symmetry or center of symmetry.$(A)$ Glycine $(H_2N-CH_2-COOH)$ has no chiral center.$(B)$ Lactic acid $(CH_3-CH(OH)-COOH)$ has one chiral center at the central carbon atom, making it optically active.$(C)$ Glyceraldehyde $(HOCH_2-CH(OH)-CHO)$ has one chiral center at the central carbon atom, making it optically active.$(D)$ Tartaric acid $(HOOC-CH(OH)-CH(OH)-COOH)$ has two chiral centers, but the meso form has a plane of symmetry and is optically inactive. However, the chiral isomers of tartaric acid are optically active.Given the options provided, $(B)$ and $(C)$ are clearly optically active.

The compound$(s)$ showing optical activity is/are:

Similar Questions

The configurations of the carbon atoms $C_2$ and $C_3$ in the following compound are respectively:
$COOH-CH(OH)-CH(OH)-CHO$

Which of the following molecules will be chiral?

What is necessary for an organic molecule to exhibit optical activity?

In which of the following properties do the two enantiomers of lactic acid differ from each other?

Which of the following compounds will exhibit optical isomerism?

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