Which of the following will give enantiomeric pair on reaction with water due to presence of asymeteric carbon atom?A. `C_2H_5-underset(C_2H_5)underset(|)overset(C_2H_5)overset(|)C-Br`B. `C_2H_5-underset(CH_3)underset(|)overset(C_2H_5)overset(|)C-Cl`C. `C_2H_5-underset(CH_3)underset(|)overset(H)overset(|)C-I`D. `CH_3-underset(C_2H_5)underset(|)overset(CH_3)overset(|)C-Br`

Which of the following will give enantiomeric pair on reaction with wa

1.	Which of the following will give enantiomeric pair on reaction with water due to presence of asymeteric carbon atom?A. `C_2H_5-underset(C_2H_5)underset(\|)overset(C_2H_5)overset(\|)C-Br`B. `C_2H_5-underset(CH_3)underset(\|)overset(C_2H_5)overset(\|)C-Cl`C. `C_2H_5-underset(CH_3)underset(\|)overset(H)overset(\|)C-I`D. `CH_3-underset(C_2H_5)underset(\|)overset(CH_3)overset(\|)C-Br`
Answer» Correct Answer - C Option (c ) has asymmetric carbon atom which is joined to four different groups hence it will give optically active products or a pair of enantiomers.

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