`XeF_(6)+PF_(5) to `A. `XeF_(6)`B. `[XeF]^(+)[PF_(6)]^(-)`C. `XeF_(4)` – InterviewSolution

1.	`XeF_(6)+PF_(5) to `A. `XeF_(6)`B. `[XeF]^(+)[PF_(6)]^(-)`C. `XeF_(4)`D. `[PF_(4)]^(+)[XeF_(3)]^(-)`
Answer» Correct Answer - B `PF_(5)` is a fluoride ion acceptor so it yields cationic species with xenon fluorides. `XeF_(2) + PF_(5) rarr [XeF]^(+)[PF_(6)]^(-)`

Discussion

No Comment Found

Related InterviewSolutions

The noble gases which do not form any clatherateA. HeB. NeC. KrD. Xe.
The noble gases which do not form any clatherateA. HeB. ArC. KrD. Xe.
Hybridization and shape of `XeF_(4)` isA. `sp^(3)d`, trigonal bipyramidalB. `sp^(3)`, tetrahedralC. `sp^(3)d^(2)`, square planarD. `sp^(3)d^(2)`, hexagonal.
The state of hybridization of xenon in `XeF_(2)` isA. `sp^(3)`B. `sp^(2)`C. `sp^(3)d`D. `sp^(2)d`
The shape of `XeF_(4)` molecule isA. square planarB. TetrahedralC. OctahedralD. trigonal planar.
Hybridization and shape of `XeF_(4)` isA. `sp^(3)`B. `sp^(3)d`C. `sp^(2)`D. `sp^(3)d^(2)`.
The state of hybridization of xenon in `XeF_(2)` isA. `sp^(2)`B. `sp^(3)d`C. `sp^(2)`D. `sp^(3)d^(2)`.
Which of the following contains maximum number of pairs around Xe atom ?A. `XeF_(4)`B. `XeF_(6)`C. `XeOF_(2)`D. `XeF_(2)`.
The shape of `XeF_(4)` molecule isA. Planar triangularB. TetrahedralC. Square pyramidalD. Square planar.
In `XeF_(2)`, the three lone pairs occupyA. Three equatorial positionB. Two axial and one equatorial positionC. Two equatorial and one axial positionD. Three axial positions.