Which of the following has ppi -dpi bonding- - BO - 3 - -3 - SO - 3 - -2 - NO - 3 - - - CO - 3 - -2 -

Question

Toppr Admin · Accepted Answer

P-x3C0-x2212-d-x3C0- bonding includes d-orbitals-if you observe the options only S belongs to 3rd period and has d-orbitals-though unoccupied in ground state-Other options C and N belongs to 2nd period while B belongs to 1st period and doesn-apos-t have d-orbitals-

Which of the following has $p π - d π$ bonding?
${B O}_{3}^{- 3}$
${S O}_{3}^{- 2}$
${N O}_{3}^{-}$
${C O}_{3}^{- 2}$

$p π - d π$ bonding includes d-orbitals,if you observe the options only S belongs to $3^{r d}$ period and has d-orbitals(though unoccupied in ground state).
Other options $C$ and $N$ belongs to $2^{n d}$ period while B belongs to $1^{s t}$ period and doesn't have d-orbitals.

Which of the following has pπ−dπ bonding? BO−33SO−23NO−3CO−23

pπ−dπ bonding includes d-orbitals,if you observe the options only S belongs to 3rd period and has d-orbitals(though unoccupied in ground state).Other options C and N belongs to 2nd period while B belongs to 1st period and doesn't have d-orbitals.

Which of the following has $p π - d π$ bonding?
${B O}_{3}^{- 3}$
${S O}_{3}^{- 2}$
${N O}_{3}^{-}$
${C O}_{3}^{- 2}$

$p π - d π$ bonding includes d-orbitals,if you observe the options only S belongs to $3^{r d}$ period and has d-orbitals(though unoccupied in ground state).
Other options $C$ and $N$ belongs to $2^{n d}$ period while B belongs to $1^{s t}$ period and doesn't have d-orbitals.