The hybridisation of `[NiCl_(2)(PPh_(3))_(2)]` and `[NiCl_(2)(PMe_(3))_(2)]` are respectively ( consider `PPh_(3)` a bulkier ligand than `Pme_(3)) :`A. `sp^(3)` and `dsp^(2)`B. `sp^(3)" and "sp^(3)`C. `dsp^(2)" and " dsp^(2)`D. `dsp^(2) " and " sp^(3)`

The hybridisation of `[NiCl_(2)(PPh_(3))_(2)]` and `[NiCl_(2)(PMe_(3))

1.	The hybridisation of `[NiCl_(2)(PPh_(3))_(2)]` and `[NiCl_(2)(PMe_(3))_(2)]` are respectively ( consider `PPh_(3)` a bulkier ligand than `Pme_(3)) :`A. `sp^(3)` and `dsp^(2)`B. `sp^(3)" and "sp^(3)`C. `dsp^(2)" and " dsp^(2)`D. `dsp^(2) " and " sp^(3)`
Answer» Correct Answer - 1 Both are strong field figure ligands but complex with `PPh_(3)` is tetrahedral due to its bulkier nature.

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The hybridisation of `[NiCl_(2)(PPh_(3))_(2)]` and `[NiCl_(2)(PMe_(3))_(2)]` are respectively ( consider `PPh_(3)` a bulkier ligand than `Pme_(3)) :`A. `sp^(3)` and `dsp^(2)`B. `sp^(3)" and "sp^(3)`C. `dsp^(2)" and " dsp^(2)`D. `dsp^(2) " and " sp^(3)`

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