BODIE, Douglas. Concepts and Models of Inorganic Chemistry

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Contents
	03 - Symmetry
	3.1 - Introduction
	3.2 - Symmetry elements and symmetry operations
	3.2.1 - Mirror Plane
	3.2.2 - Center of Symmetry
	3.2.3 - Axis of Rotation
	3.2.4 - Identity
	3.2.5 - Improper Rotation
	3.3 - Introduction to Groups
	3.4 - Symmetry point groups
	3.4.1 - Cn, Cnh e Cnv groups
	3.4.2 - Dihedral Groups
	3.4.3 - Sn Groups
	3.4.4 - Linear Groups
	3.4.5 - The platonic Solids
	3.4.6 - Assigning molecules to symmetry groups
	3.4.7 - Chemical properties determined by symmetry
	3.5 - Class structure, representations and character tables
	3.5.1 - Symmetry classes and character tables
	3.5.2 - Representations
	3.5.3 - Orthogonality of representations
	3.5.4 - Mulliken labels for representations
	3.5.5 - Symmetry species for functions and orbitals
	3.5.6 - Reducing reducible representations
	3.6 - Chemical applications of symmetry
	3.7 - Summary of terminology and notation from symmetry and group theory