The isomerism exhibits by C2H11OH is:
Correct answer: A. Position isomerism
- A. Position isomerism
- B. Functional group isomerism
- C. Chain isomerism
- D. All of above
Explanation
Position isomerism: C2H11OH, which represents a molecule with two carbon atoms, exhibits position isomerism. This is because the hydroxyl group (-OH) can be located on either of the two carbon atoms, resulting in different structural isomers. Therefore, the correct option is "Position isomerism" as C2H11OH can exhibit different structural isomers based on the position of the hydroxyl group.
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About Isomerism
Isomerism occurs when compounds have the same molecular formula but different atom arrangements or spatial orientations. The content includes chain, position, functional, metameric and tautomeric isomerism, along with geometrical and optical isomerism, including cis-trans forms, E/Z notation, chirality and enantiomers.
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