The nitrogen oxide(s) that contain(s) N-N bon | vedclass

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(A) $N_2O$ has the structure $N \equiv N^+ - O^-$,which contains an $N-N$ bond.$N_2O_3$ has the structure $O=N-N(=O)-O$,which contains an $N-N$ bond.$

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$A, B, C$

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(A) $N_2O$ has the structure $N \equiv N^+ - O^-$,which contains an $N-N$ bond.$N_2O_3$ has the structure $O=N-N(=O)-O$,which contains an $N-N$ bond.$N_2O_4$ has the structure $O_2N-NO_2$,which contains an $N-N$ bond.$N_2O_5$ has the structure $O_2N-O-NO_2$,which does not contain an $N-N$ bond.Therefore,the oxides containing $N-N$ bonds are $N_2O, N_2O_3,$ and $N_2O_4$.

The nitrogen oxide$(s)$ that contain$(s)$ $N-N$ bond$(s)$ is(are):
$A$. $N_2O$
$B$. $N_2O_3$
$C$. $N_2O_4$
$D$. $N_2O_5$

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The nitrogen oxide$(s)$ that contain$(s)$ $N-N$ bond$(s)$ is(are):$A$. $N_2O$$B$. $N_2O_3$$C$. $N_2O_4$$D$. $N_2O_5$