What is the correct order of electron pair repulsion strength in a covalent molecule according to $VSEPR$ theory?

  • A
    $lone \ pair - lone \ pair > lone \ pair - bond \ pair > bond \ pair - bond \ pair$
  • B
    $bond \ pair - bond \ pair > lone \ pair - bond \ pair > lone \ pair - lone \ pair$
  • C
    $lone \ pair - lone \ pair > bond \ pair - bond \ pair > lone \ pair - bond \ pair$
  • D
    $lone \ pair - bond \ pair > lone \ pair - lone \ pair > bond \ pair - bond \ pair$

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Similar Questions

The shape of $O_2F_2$ is similar to that of:

Based on the $VSEPR$ model,match the xenon compounds given in List-$I$ with the corresponding geometries and the number of lone pairs on xenon given in List-$II$ and choose the correct option.
List-$I$List-$II$
$(P)$ $XeF_2$$(5)$ Trigonal bipyramidal and three lone pairs of electrons
$(Q)$ $XeF_4$$(3)$ Square planar and two lone pairs of electrons
$(R)$ $XeO_3$$(2)$ Pyramidal and one lone pair of electrons
$(S)$ $XeO_3F_2$$(4)$ Trigonal bipyramidal and no lone pairs of electrons

Which of the following has the smallest bond angle?

Match the molecules in List-$I$ with their respective shapes in List-$II$.
List-$I$ (Molecule)List-$II$ (Shape)
$A. SF_4$$I. T\text{-shaped}$
$B. ClF_3$$II. \text{Square planar}$
$C. BrF_5$$III. \text{See-saw}$
$D. XeF_4$$IV. \text{Square pyramidal}$

What is the bond angle of $H-O-H$ in $H_2O$ (in $^\circ$)?

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