The number of chiral centers present in the g | vedclass

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(C) chiral center is a carbon atom that is bonded to four different groups.In the given structure,let us analyze the carbon atoms:$1$. The carbon atom

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$3$

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(C) chiral center is a carbon atom that is bonded to four different groups.In the given structure,let us analyze the carbon atoms:$1$. The carbon atom attached to the $Cl$ atom is bonded to a $Cl$ atom,a $CH_3$ group,a hydrogen atom,and the rest of the carbon chain. These four groups are different,so it is a chiral center.$2$. The carbon atom adjacent to the one with the $Cl$ atom is bonded to a $CH_3$ group,a hydrogen atom,the carbon with the $Cl$,and the carbon to its left. These four groups are different,so it is a chiral center.$3$. The next carbon atom to the left is bonded to a $CH_3$ group,a hydrogen atom,the carbon to its right,and an ethyl group. These four groups are different,so it is a chiral center.Thus,there are $3$ chiral centers in the molecule.

The number of chiral centers present in the given compound is:

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