Questions
Find the correct answer based on the number of minimum carbons required for alkyne to show the corresponding isomerism
| Isomerism | Minimum number of carbons required |
| (i) Chain isomerism | (a) 2 |
| (ii) Positional isomerism | (b) 3 |
| (iii) Functional isomerism | (c) 4 |
| (iv) Ring chain isomerism | (d) 5 |
| (v) Optical isomerism | (e) 6 |
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Correct option is B
Alkynes must have minimum 5 carbons to show chain isomerism, 4 carbons to show positional isomerism, 3 carbons to show functional isomerism, 3 carbons to show Ring chain isomerism, and 6 carbons to show Optical isomerismTalk to our academic expert!
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