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(C) The $VSEPR$ theory states that the electron pairs (both bonding and lone pairs) surrounding the central atom arrange themselves in space to minimi

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the pairs of electrons tend to occupy such positions that minimise repulsions

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(C) The $VSEPR$ theory states that the electron pairs (both bonding and lone pairs) surrounding the central atom arrange themselves in space to minimize the electrostatic repulsions between them. This arrangement determines the geometry and shape of the molecule. For example,in $PF_5$,the five electron pairs arrange themselves in a trigonal bipyramidal geometry to minimize repulsion,with bond angles of $120^{\circ}$ and $90^{\circ}$.

According to $VSEPR$ theory,

Similar Questions

Which of the following compounds have the same number of lone pairs on their central atom?
$I. XeF_5^- \quad II. BrF_3 \quad III. XeF_2 \quad IV. H_3S^{+} \quad V. CH_2$ (Methylene)

The $XeF_2$ molecule is:

In which of the following molecules/ions are all the bonds not equal?

Which set of the following molecules has only one lone pair of electrons on their respective central atoms?
$(i)$ $SO_2$
$(ii)$ $XeF_4$
$(iii)$ $PbCl_2$
$(iv)$ $SF_4$
$(v)$ $ClF_3$

Which of the following molecules has the maximum number of lone pairs on the central atom?

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