The changes in bond length with respect to N- | vedclass

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(A) $N_2$ ($14$ electrons): Bond order $= \frac{10-4}{2} = 3$. $N_2^{+}$ ($13$ electrons): Bond order $= \frac{9-4}{2} = 2.5$. Since bond order decrea

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increases,decreases

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(A) $N_2$ ($14$ electrons): Bond order $= \frac{10-4}{2} = 3$. $N_2^{+}$ ($13$ electrons): Bond order $= \frac{9-4}{2} = 2.5$. Since bond order decreases,the bond length of $N-N$ increases. $O_2$ ($16$ electrons): Bond order $= \frac{10-6}{2} = 2$. $O_2^{+}$ ($15$ electrons): Bond order $= \frac{10-5}{2} = 2.5$. Since bond order increases,the bond length of $O-O$ decreases. Therefore,the changes are increases and decreases respectively.

The changes in bond length with respect to $N-N$ and $O-O$,when $N_2$ becomes $N_2^{+}$ and $O_2$ becomes $O_2^{+}$ are respectively

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