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What are the nature of bonds in the SO(3...

What are the nature of bonds in the `SO_(3)` molecule ?

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To determine the nature of bonds in the \( SO_3 \) molecule, we can follow these steps: ### Step 1: Determine the Valence Electrons - **Sulfur (S)** has 6 valence electrons (group 16). - **Oxygen (O)** has 6 valence electrons, and since there are 3 oxygen atoms in \( SO_3 \), we have a total of \( 3 \times 6 = 18 \) valence electrons from oxygen. ### Step 2: Calculate Total Valence Electrons - Total valence electrons in \( SO_3 \) = Valence electrons from sulfur + Valence electrons from oxygen ...
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Knowledge Check

  • The nature of pi - bonds in XeO_(3) :

    A
    two `(p pi- p pi)` and one `(p pi- d pi)`
    B
    one `(p pi-p pi)` and two `(p pi-d pi)`
    C
    three `(p pi- d pi)`
    D
    three `(p pi- p pi)`
  • In the clathrates of xenon with water the nature of bonding in Xe and H_(2)O molecule is

    A
    covalent
    B
    hydrogen bonding
    C
    coordinate
    D
    dipole-induced dipole.
  • Gaseous SO_(3) molecule

    A
    is planner triangular in shape with three `sigma-` bonds from `sp^(2)-p` overlap and three `pi-` bonds formed by two `p pi-p pi` overlap and one `p pi- d pi` overlap.
    B
    is planner triangular in shape with three `sigma-` bonds from `sp^(2)-p` overlap and three `pi-` bonds formed by one `p pi-p pi` overlap and two `p pi-d pi` overlap.
    C
    is a pyramidal molecule with one double bond and two single bonds
    D
    planner triangular in shape with two double with two double bonds between S and O and one single bond
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