Hybridization & Molecular Geometry

The hybridisation and molecular geometry of BrF_3 molecules are :

Predict the geometry and shape of each of the following molecules. (i) HC -= CH (ii) CH_(3)Cl (iii) H_(2)C = O Strategy: sp^(3) hybridization can always be correlated to tetrahedral geometry, sp^(2) hybridization to trigonal planar geometry, and sp hybridization to linear geometry.

In the complex [SbF_(5)]^(2-), sp^(3) d hybridization is present. Geometry of the complex is

Bond Polarity |Fajan's Rule|Postulates Of VSEPR Theory |Overlapping Theory|Hybridization Theory |MOT-Molecular Orbital Theory |OMR|Summary

In lactic acid, a methyl group, a hydroxy group, a carboxylic group are attached to a central carbon atom shows optical activity due to the molecular geometry at

The molecular geometry of BF_3 is

The geometry, hybridization and magnetic moment of [Ni(CO)_(4)] are …. .. And … respectively.