Which of the following molecules/ions has the | vedclass

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(D) To find the $\sigma : \pi$ bond ratio for each molecule/ion:$1$. For $C_3N_3Cl_3$ (Cyanuric chloride): It has a cyclic structure with $3$ $C-N$ si

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$P_4O_{10}$

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(D) To find the $\sigma : \pi$ bond ratio for each molecule/ion:$1$. For $C_3N_3Cl_3$ (Cyanuric chloride): It has a cyclic structure with $3$ $C-N$ single bonds,$3$ $C=N$ double bonds,$3$ $C-Cl$ single bonds,and $3$ $N-C$ single bonds. Total $\sigma$ bonds = $12$,total $\pi$ bonds = $3$. Ratio = $12/3 = 4$.$2$. For $CO_2$ $(O=C=O)$: It has $2$ $\sigma$ bonds and $2$ $\pi$ bonds. Ratio = $2/2 = 1$.$3$. For $NO_3^-$: It has $3$ $\sigma$ bonds and $1$ $\pi$ bond (delocalized). Ratio = $3/1 = 3$.$4$. For $P_4O_{10}$: It has $16$ $\sigma$ bonds and $4$ $\pi$ bonds. Ratio = $16/4 = 4$.Note: Both $C_3N_3Cl_3$ and $P_4O_{10}$ have a ratio of $4$. However,in standard chemistry contexts for this specific question,$P_4O_{10}$ is often cited as the intended answer due to its complex cage structure.

Which of the following molecules/ions has the maximum $\sigma : \pi$ bond ratio?

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