A) 5\[\sigma \] bond
B) 4\[\sigma \] bond and \[1\pi \] bond
C) 3\[\sigma \] and 2\[\pi \]
D) 3\[\sigma \] and 3\[\pi \]
Correct Answer: C
Solution :
\[H\overset{\sigma }{\mathop{-}}\,C\underset{\pi }{\overset{\sigma }{\mathop{\equiv }}}\,C\overset{\sigma }{\mathop{-}}\,H\] \[3\sigma \,\]and \[\,2\pi \]bonds are present.
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