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(D) To determine which oxide lacks a nitrogen-nitrogen $(N-N)$ bond,let us examine the structures of the given nitrogen oxides:$1$. $N_2O$ (Nitrous ox

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$N_2O_5$

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(D) To determine which oxide lacks a nitrogen-nitrogen $(N-N)$ bond,let us examine the structures of the given nitrogen oxides:$1$. $N_2O$ (Nitrous oxide): The structure is $N \equiv N^+ - O^-$,which contains an $N-N$ bond.$2$. $N_2O_4$ (Dinitrogen tetroxide): The structure is $O_2N-NO_2$,which contains an $N-N$ bond.$3$. $N_2O_3$ (Dinitrogen trioxide): The structure is $O=N-NO_2$,which contains an $N-N$ bond.$4$. $N_2O_5$ (Dinitrogen pentoxide): The structure is $O_2N-O-NO_2$,which contains an $N-O-N$ linkage but no $N-N$ bond.Therefore,$N_2O_5$ is the oxide that does not contain a nitrogen-nitrogen bond.

The oxide without a nitrogen-nitrogen bond is:

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