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Which of the following compounds can exi...

Which of the following compounds can exist in optically active form?

A

but- 1 -ene

B

butan-2-ol

C

pentan-3-ol

D

heptan-4-ol

Text Solution

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The correct Answer is:
B
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MODERN PUBLICATION-ISOMERISM IN ORGANIC COMPOUNDS -MCQ (LEVEL-I) (OPTICAL ACTIVITY AND OPTICAL ISOMERISM)
  1. A molecule is said to be chiral if it :

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  2. How many chain isomers are possible for the alkane C(6)H(14)?

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  3. Which of the following molecules does not have a chiral carbon atom?

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  4. How many asymmetric carbon atoms are present in 1, 2- dichlorocyclobut...

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  5. The compound which exhibits optical isomerism is :

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  6. Mesotartaric acid is optically inactive. This is because of :

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  7. A compound having n dissimilar asymmetric carbon atoms can exist in st...

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  8. The property by virtue of which a compound can rotate the plane of pol...

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  9. The process of separation of racemic mixture into d andl enantiomers i...

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  10. The essential condition for a molecule to exhibit optical isomerism is...

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  11. The number of chiral carbon atoms in the compound CH(3)underset(CH(2)C...

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  12. A mixture of equal parts of any pair of enantiomers is called :

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  13. Which one of the following would be optically active?

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  14. Which can exist in optically active form?

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  15. The maximum number of stereo isomers possible for 2-hydroxy - 2-methyl...

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  16. An example of a molecule which is chiral but does not contain chiral c...

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  17. How many structural isomers of C(6)H(14) can exhibit enantiomerism?

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  18. Optical activity is measured by :

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  19. The number of optical isomers of the compound CH(3)CHBrCOOH is :

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  20. Which of the following compounds can exist in optically active form?

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