Coordination Compounds

Coordination compounds consist of a central metal atom or ion surrounded by ligands, and they play crucial roles in various chemical processes.

Important Terms And Definitions

This section defines key terminology related to coordination compounds, emphasizing concepts such as coordination compounds, ligands, and their types.

Nomenclature Of Coordination Compounds

This section provides the rules for naming coordination compounds, focusing on the order of naming ligands and metals, as well as specific terminologies associated with them.

Werner’s Theory Of Coordination Compounds

Alfred Werner's theory explains the dual aspects of metal ions in coordination compounds, emphasizing primary and secondary valencies.

Types Of Ligands

This section discusses the various types of ligands involved in coordination chemistry, including monodentate, bidentate, polydentate, and ambidentate ligands.

Coordination Number And Geometry

This section covers the concept of coordination number and the geometries associated with different coordination numbers in coordination compounds.

Isomerism In Coordination Compounds

This section discusses the concept of isomerism in coordination compounds, including types like structural and stereoisomerism.

Bonding In Coordination Compounds

The section discusses the bonding theories in coordination compounds, focusing on Valence Bond Theory and Crystal Field Theory.

Importance And Applications Of Coordination Compounds

Coordination compounds play significant roles in biological systems, medicine, industry, and analytics, due to their unique properties and structure.