The two bonds N=O and N-O in CH_3NO_2 have th | vedclass

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(D) In nitromethane $(CH_3NO_2)$,the nitro group $(NO_2)$ exhibits resonance. Due to the delocalization of $\pi$-electrons between the nitrogen and th

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resonance effect

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(D) In nitromethane $(CH_3NO_2)$,the nitro group $(NO_2)$ exhibits resonance. Due to the delocalization of $\pi$-electrons between the nitrogen and the two oxygen atoms,the two $N-O$ bonds acquire partial double bond character. As a result,both $N-O$ bonds become equivalent in length,which is intermediate between a single bond and a double bond. This phenomenon is known as the resonance effect.

The two bonds $N=O$ and $N-O$ in $CH_3NO_2$ have the same bond length due to:

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