Among the following molecules, `(i)XeO_(3)(ii)XeOF_(4)(iii)XeF_(6)` those having same number of lone pairs on `Xe` are:

Among the following molecule (i)XeO_(3)(ii)XeOF_(4)(iii)XeF_(6) Those having same number of lone pairs on Xe are

Among the following molecules : (i) XeO_(3)" "(ii) XeOF_(4)" " (iii) XeF_(6) those having same number of lone pairs of Xe are:

Out of (i) XeO_(3)(ii) XeOF_(4) and (iii) XeF_(6) the molecules having same number of lone pairs on Xe are

Out of (i) XeO_(3)(ii) XeOF_(4) and (iii) XeF_(6) the molecules having same number of lone pairs on Xe are

Among the following molecules, a) XeO_3, b) XeOF_4 " and " c) XeF_6 , Those having same number of lone pairs on Xe are

Out of (i)XeO_(3)(ii)XeO_(2)F_(2) and (iii)XeO_(4) , the molecules having same number of lone pairs are

The approximate shape of a molecule can often be predicted by using what is called the valence-shell electron-pair repulsion (VSEPR) model. Electrons in bonds and in lone pairs can be thought of a ''charge cloud'' that repel one another nad stay as far apart as possible, thus causing molecules to assume specific shapes. The repulsive interactions of electron pairs decrease in the order: Lone pair - Lone pair gt Lone pair - Bond pair gt Bond pair - Bond pair These repulsive effects result in deviations from idealised shapes and alteration in bond angles in molecules. Among the following molecules. (P) XeO_(3)" (Q)"XeOF_(4) (R) XeO_(2)F_(2)" (S)"XeF_(5) Those having different molecular geometry but same number of lone pairs on Xe are :