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

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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:

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