Which of the following bonds requires the hig | vedclass

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(C) The bond energy is directly proportional to the bond order (number of bonds between atoms). $N_2$ has a triple bond $(N \equiv N)$,which has a bon

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$N \equiv N$ bond in $N_2$

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(C) The bond energy is directly proportional to the bond order (number of bonds between atoms). $N_2$ has a triple bond $(N \equiv N)$,which has a bond order of $3$. $O_2$ has a double bond $(O=O)$,which has a bond order of $2$. $H_2$ has a single bond $(H-H)$,which has a bond order of $1$. $CH_4$ involves $C-H$ single bonds. Since $N \equiv N$ has the highest bond order,it requires the highest energy to dissociate.

Which of the following bonds requires the highest bond energy to dissociate the bonded atoms?

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