`SbF_5` reacts with `XeF_4` and `XeF_6` to form ionic compounds `[XeF_3^+][SbF_6]^-` and `[XeF_5^+][SbF_6^-]`.
The geometry of `XeF_3^+` ion and` XeF_5^+` ion, respectively, is :-

SbF_(3) reacts with XeF_(4) and XeF_(6) to form ionic compounds [XeF_(3)^(+)][SbF_(6)^(-)] and [XeF_(5)^(+)][SbF_(6)^(-)] then molecular shape of [XeF_(3)^(+)] ion and [XeF_(5)^(+)] ion respectively

SbF_(5) reacts with XeF_(4) and XeF_(6) to form ionic compounds [XeF_(3)^(+)][SbF_(6)^(-)] and [XeF_(5)^(+)][SbF_(6)^(-)\ then molecular shape of [XeF_(3)^(+)] ion and [XeF_(5)^(+)] ion respectively :

SbF_(3) reacts with XeF_(4) and XeF_(6) to form ionic compounds [XeF_(3)^(+)][SbF_(6)^(+)] and [XeF_(5)^(+)][SbF_(6)^(-)] then molecular shape of [XeF_(3)^(+)] ion and [XeF_(5)^(+)] ion respectively

Describe the geometry of XeF_6 .

XeF_6 has what geometry.

Shape of the compounds XeF_(3)^(+) and XeF_(5)^(+) are respectively

Shape of the compounds XeF_(3)^(+) and XeF_(5)^(+) are respectively

XeF_4 and XeF_6 on complete hydrolysis forms:

XeF_4 and XeF_6 are expected to be