Which one of the following bonds has the highest average bond energy?

S = = O

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C \equiv \equiv C

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C \equiv \equiv N

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N \equiv \equiv N

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Solution

The correct option is A $N \equiv \equiv N$
B.E of $S = = O, C \equiv \equiv C, C \equiv \equiv N a n d N \equiv \equiv N$ are $523, 839, 891$ and $941 k J m o l^{- 1}$ respectively.
Thus, among the given molecules, $N \equiv \equiv N$ has the highest bond energy.

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Similar questions

Which one of, the following bonds has the highest average bond energy (kJ/mol)?

- C_{6} H_{6}, C O_{3}^{2 -}, N O^{-}

S O_{3}

C - O, C - N, N - N

O - N - O

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