In the structure of $SF_{4}$,the lone pair of electrons on $S$ is in ....

  • A
    equatorial position and there are two lone pair-bond pair repulsions at $90^{\circ}$
  • B
    equatorial position and there are three lone pair-bond pair repulsions at $90^{\circ}$
  • C
    axial position and there are three lone pair-bond pair repulsions at $90^{\circ}$
  • D
    axial position and there are two lone pair-bond pair repulsions at $90^{\circ}$

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Match the following:
List-$I$ (Molecule) List-$II$ (Shape)
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$D$. $IF_7$ $IV$. Bent $T$-shape

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List-$I$ List-$II$
$A$. $XeF_4$ $1$. Pyramidal
$B$. $XeF_6$ $2$. $T$-shape
$C$. $XeO_3$ $3$. Distorted octahedral
$D$. $XeOF_2$ $4$. Square planar

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$SbF_5$ reacts with $XeF_4$ and $XeF_6$ to form ionic compounds $[XeF_3^+][SbF_6^-]$ and $[XeF_5^+][SbF_6^-]$. Determine the molecular shape of $[XeF_3^+]$ ion and $[XeF_5^+]$ ion respectively.

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Which of the following is the correct order of bond angles?

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