(C) $2-$bromo,$3-$chloro-butane has $2$ chiral carbon atoms at positions $2$ and $3$.Since the molecule is unsymmetrical,the number of optical isomers

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(C) $2-$bromo,$3-$chloro-butane has $2$ chiral carbon atoms at positions $2$ and $3$.Since the molecule is unsymmetrical,the number of optical isomers is given by $2^n$,where $n$ is the number of chiral centers.Here,$n = 2$,so the number of optical isomers is $2^2 = 4$.The structure is $CH_3-CH(Br)-CH(Cl)-CH_3$.

Class 11 Chemistry 8-2.Organic Chemistry : Isomerism Optical isomerism

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How many chiral isomers can be drawn from $2-$bromo,$3-$chloro butane?

A
$2$
B
$3$
C
$4$
D
$5$

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8-2.Organic Chemistry : Isomerism

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Optical isomerism

The number of optical isomers for the compound $CH_3-CH(OH)-CH(Cl)-CH_2-COOH$ is:

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What is the possible number of optical isomers for a compound containing $2$ dissimilar asymmetric carbon atoms?

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What is the process of conversion of a pure optical enantiomer into an optically inactive mixture of $(+)$ and $(-)$ enantiomers called?

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Which of the following compounds contains an asymmetric carbon atom?

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How many optical isomers are possible for a compound having four asymmetric carbon atoms?

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How many chiral isomers can be drawn from $2-$bromo,$3-$chloro butane?

Similar Questions

The number of optical isomers for the compound $CH_3-CH(OH)-CH(Cl)-CH_2-COOH$ is:

What is the possible number of optical isomers for a compound containing $2$ dissimilar asymmetric carbon atoms?

What is the process of conversion of a pure optical enantiomer into an optically inactive mixture of $(+)$ and $(-)$ enantiomers called?

Which of the following compounds contains an asymmetric carbon atom?

How many optical isomers are possible for a compound having four asymmetric carbon atoms?

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