Which of the following molecules has a chiral | vedclass

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(B) chiral carbon atom is a carbon atom bonded to four different groups or atoms. Let us analyze each option:$(A)$ The central carbon is bonded to $-H

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(B) chiral carbon atom is a carbon atom bonded to four different groups or atoms. Let us analyze each option:$(A)$ The central carbon is bonded to $-H$, $-H$, $-Cl$, and $-Br$. Since two groups $(-H)$ are identical, it is not chiral.$(B)$ The central carbon is bonded to $-H$, $-CH_3$, $-OH$, and $-I$. All four groups are different, so this carbon is chiral.$(C)$ The central carbon is bonded to $-CH_3$, $-CH_3$, $-Cl$, and $-Br$. Since two groups $(-CH_3)$ are identical, it is not chiral.$(D)$ The central carbon is bonded to $-H$, $-Cl$, $-C_2H_5$, and $-C_2H_5$. Since two groups $(-C_2H_5)$ are identical, it is not chiral.Therefore, the molecule in option $(B)$ contains a chiral carbon atom.

Which of the following molecules has a chiral carbon atom?

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