MCQ
$XeO_4$ molecule is tetrahedral having
- ATwo $P\pi - d\pi $ bonds
- BOne $P\pi - d\pi $ bonds
- ✓Four $P\pi - d\pi $ bonds
- DThree $P\pi - d\pi $ bonds
✓
Answer
Correct option: C.
Four $P\pi - d\pi $ bonds
c
One $s$ and three $p$ orbital undergo $s p^{3}$ hybridization. Four $s p^{3}$ hybridorbitals form four $\sigma$ bonds with oxygen atoms. They are $\sigma s p^{3}-p .$ Four $p \pi-d \pi$ bonds are also formed with oxygen atoms by the unpaired electrons.
One $s$ and three $p$ orbital undergo $s p^{3}$ hybridization. Four $s p^{3}$ hybridorbitals form four $\sigma$ bonds with oxygen atoms. They are $\sigma s p^{3}-p .$ Four $p \pi-d \pi$ bonds are also formed with oxygen atoms by the unpaired electrons.
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