The compound in which the number of dpi - ppi | vedclass

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(B) The structure of $ClO_4^{-}$ involves one $Cl-O$ single bond and three $Cl=O$ double bonds. Each $Cl=O$ double bond consists of one $\sigma$ bond

Vedclass · Accepted Answer

$XeO_3$

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(B) The structure of $ClO_4^{-}$ involves one $Cl-O$ single bond and three $Cl=O$ double bonds. Each $Cl=O$ double bond consists of one $\sigma$ bond and one $d\pi - p\pi$ back bond. Thus,$ClO_4^{-}$ contains $3 \ d\pi - p\pi$ bonds.In $XeO_3$,the xenon atom is $sp^3$ hybridized with one lone pair. It has three $Xe=O$ double bonds. Each $Xe=O$ double bond involves one $d\pi - p\pi$ bond. Therefore,$XeO_3$ contains $3 \ d\pi - p\pi$ bonds,which is equal to the number present in $ClO_4^{-}$.

Components	$\%$ of the total cellular mass
$A$. Water	$1$. $10-15$
$B$. Proteins	$2$. $70-90$
$C$. Carbohydrates	$3$. $5-7$
$D$. Lipids	$4$. $3$
$E$. Nucleic acids	$5$. $2$
$F$. Ions	$6$. $1$

The compound in which the number of $d\pi - p\pi$ bonds are equal to those present in $ClO_4^{-}$ is:

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