The single,double and triple bond lengths of | vedclass

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(B) The bond length depends on the bond order. As the bond order increases,the bond length decreases.For carbon-carbon bonds,the typical lengths are:S

Vedclass · Accepted Answer

$1.22, 1.15$ and $1.10 \ \mathring{A}$

Vedclass · Answer

(B) The bond length depends on the bond order. As the bond order increases,the bond length decreases.For carbon-carbon bonds,the typical lengths are:Single bond $(C-C)$: $\approx 1.54 \ \mathring{A}$Double bond $(C=C)$: $\approx 1.34 \ \mathring{A}$Triple bond $(C\equiv C)$: $\approx 1.20 \ \mathring{A}$However,in the context of $CO_2$ $(O=C=O)$,the $C=O$ bond length is approximately $1.15 \ \mathring{A}$. The question asks for the general trend of single,double,and triple bond lengths involving carbon,which are approximately $1.54 \ \mathring{A}, 1.34 \ \mathring{A}$,and $1.20 \ \mathring{A}$ respectively. Given the provided options,the sequence $1.22, 1.15, 1.10 \ \mathring{A}$ represents the decreasing order of bond lengths as bond order increases.

The single,double and triple bond lengths of carbon in carbon dioxide are respectively

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