Identify the correct order of repulsion between electron pairs present in the valence shell of the central atom of a molecule.
- A$Bp-Bp > Lp-Bp > Lp-Lp$
- B$Lp-Lp > Lp-Bp > Bp-Bp$
- C$Lp-Bp > Bp-Bp > Lp-Lp$
- D$Lp-Lp > Bp-Bp > Lp-Bp$
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Which of the following molecules is linear?
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View SolutionMatch the following molecules/ions in List-$I$ with the number of lone pairs of electrons on the central atom in List-$II$.
List-$I$ (molecule/ion) List-$II$ (Number of lone pairs of electrons on the central atom) $(A)$ $XeF_2$ $(I)$ $2$ $(B)$ $XeO_3$ $(II)$ $0$ $(C)$ $XeF_4$ $(III)$ $3$ $(D)$ $PF_6^-$ $(IV)$ $1$
| List-$I$ (molecule/ion) | List-$II$ (Number of lone pairs of electrons on the central atom) |
|---|---|
| $(A)$ $XeF_2$ | $(I)$ $2$ |
| $(B)$ $XeO_3$ | $(II)$ $0$ |
| $(C)$ $XeF_4$ | $(III)$ $3$ |
| $(D)$ $PF_6^-$ | $(IV)$ $1$ |
Which compound has a bond angle nearly equal to $90^\circ$?
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