Crystal Field Splitting in Tetrahedral and Square Planar Field || Comparision OF CFSE || Factors Effecting CFSE

Crystal Field Splitting in Octahedral Complexes

Discussion Ex-1 Q41 to Q80||Crystal Field Splitting in Tetrahedral and Square Planar Field|| Determination OF Hybridization and Magnetic Character in Coordination Number 4

Factors Of Cfse

Werner’s Coordination Theory||Crystal Field Theory||Splitting in Octahedral Field and Strength OF Ligands||Filling OF Electrons in Octahedral Field

Crystal Field Theory || Crystal Field Splitting in Octahedral Field || Filling OF Electrons in Octahedral Complexes

Correct order of crystal field splitting strength of ligands is

In crystal field splitting for a tetrahedral complex, the number of orbitals pushed down in energy are

STATEMENT-1: Tetrahedral complexes are always high spin complexes . STATEMENT-2: Crystal field splitting energy in tetrahedral complexes is 2/3 of the Delta_(0) (crystal field splitting energy in octahedral complexes). STATEMENT-3: Tetrahedral complex [MABCD]^(pm n) is optically active .