Step 1: Understanding hybridization
In a complex with hybridization, the geometry is tetrahedral. Tetrahedral complexes do not exhibit geometrical isomerism because all positions around the central atom are equivalent in three-dimensional space.
Step 2: Analysis of the given complex
The complex has four unidentate ligands arranged tetrahedrally around the metal center. Since the tetrahedral geometry does not allow for distinct arrangements of ligands that result in different spatial configurations, geometrical isomerism is not possible.
Conclusion:
The number of geometrical isomers for the complex is:
Final Answer: (2).
Match the following List-I with List-II and choose the correct option: List-I (Compounds) | List-II (Shape and Hybridisation) (A) PF (I) Tetrahedral and sp (B) SF (III) Octahedral and spd (C) Ni(CO) (I) Tetrahedral and sp (D) [PtCl] (II) Square planar and dsp