The type of hybridisation and number of lone pair(s) of electrons of Xe in `XeOF_(4)`, respectively, are :

The chemical reactivity of noble gases involves the loss of electrons and hence it can form compounds with highly electronegative elements like F and O. Although Xe forms several fluorides, xenone tetrafluoride is the most important among fluorides. The various compounds of xenon involve xenon in first, second or third excited states. The type of hybridisation and number of lone pair (s) of electrons on Xe in XeOF_(2) respectively are

Total number of lone pair of electrons is XeOF_4 is

The number of lone pairs of electrons present on Xe in XeF_(4) is

Number of lone pair of electrons in XeF_(4) is

The hybridisation of Xe and the number of lone pairs of electrons on it in XeF_(6) are

Total number of lone pair of electrons in XeOF_4 is :

Total number of lone pair of electrons in XeOF_4 is :

Total number of lone pair of electrons in XeOF_4 is :