The chapter "Coordination
Compounds" in Class 12 Chemistry includes the following main topics:
1. Introduction to Coordination
Compounds: This topic gives an introduction to coordination compounds and their
nomenclature. It also explains the coordination number and the concept of
ligands.
2. Werner's Theory of Coordination
Compounds: This topic explains the Werner's theory of coordination compounds,
including his coordination theory, primary and secondary valencies, and
stereochemistry.
3. Isomerism in Coordination
Compounds: This topic covers the different types of isomerism in coordination
compounds, including ionization, linkage, geometrical, and optical isomerism.
4. Bonding in Coordination
Compounds: This topic explains the nature of bonding in coordination compounds
such as valence bond theory and crystal field theory.
5. Stability of Coordination
Compounds: This topic covers the factors affecting the stability of
coordination compounds, including the chelate effect, the nature of ligands,
the pH of the solution, and the presence of counter ions.
6. Coordination Compounds in
Biology: This topic deals with coordination compounds' constructive role in
biological processes, such as oxygen transport in hemoglobin and chlorophyll,
and the function of enzymes.
7. Werner's Theory for Coordination
Compounds with Complex Ions: This topic explains the Werner's theory for
coordination compounds with complex ions, including his coordination theory,
primary and secondary valencies, and stereochemistry.
8. Spectroscopic and Magnetic
Properties of Coordination Compounds: This topic covers the spectroscopic and
magnetic properties of coordination compounds, including electronic spectra,
magnetic moment, and intensity of color of coordination compounds.
These are the primary topics covered
in the chapter "Coordination Compounds" of Class 12 Chemistry.
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