`SbF_(5)` reacts with `XeF_(4)` to form an adduct. The shapes of cation and anion in the adduct are respectively `:`A. square planar , trigonal bipyramidalB. `T-` shaped , octahedralC. square pyramidal, octahedralD. square planar, octahedral

`SbF_(5)` reacts with `XeF_(4)` to form an adduct. The shapes of catio

1.	`SbF_(5)` reacts with `XeF_(4)` to form an adduct. The shapes of cation and anion in the adduct are respectively `:`A. square planar , trigonal bipyramidalB. `T-` shaped , octahedralC. square pyramidal, octahedralD. square planar, octahedral
Answer» Correct Answer - 2 `XeF_(4)+SbF_(5)rarr[XeF_(3)]^(+)[SbF_(6)]^(-)rarr underset(sp^(3)d "bent" T- "shape")([XeF_(3)]^(+))+underset(sp^(3)d^(2)"octahedral")([SbF_(6)]^(-))`

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`SbF_(5)` reacts with `XeF_(4)` to form an adduct. The shapes of cation and anion in the adduct are respectively `:`A. square planar , trigonal bipyramidalB. `T-` shaped , octahedralC. square pyramidal, octahedralD. square planar, octahedral

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