§12.1 The general properties of the s-block elements §12.2 The elementary substances §12.3 The properties of the alkali and alkaline earth compounds §12.4 The particularity of Li and Be The diagonal relationship

§11.2 Chemical Bonding Theory in Complexes §11.1 Configurations and Magnetism of Coordination Compounds 11.2.1 Valence Bond Theory 11.2.2 Crystal Field Theory *11.2.3 Molecular Orbital Theory

§10.1 The Structures and Types of Crystals §10.2 Metallic Crystals §10.3 Ionic Crystals §10.4 Molecular Crystals §10.5 Network Crystals

§9.1 Valence Bond Theory §9.4 Bond Parameters §9.3 Molecular Orbital Theory §9.2 Valence Shell Electron Pair Repulsion (VSEPR) Theory

8.1 The atomic structure of hydrogen 8.2 The atomic structure of many-electron atoms 8.3 Periodic law of elements

§7.1 The fundamental concepts of redox reactions §7.2 Electrochemical cells §7.3 Electrode potentials §7.4 Application of electrode potentials

§ 6.1 Solubility and solubility product § 6.3 Equilibrium between two precipitates § 6.2 Forming and dissolving of precipitates

§ 5.1 The Brønsted theory of acids and bases § 5.2 Ionization equilibrium of water and the pH scale § 5.3 Equilibrium in solutions of weak acids and weak bases § 5.4 Buffer solutions

§4.3 The shift of a chemical equilibrium §4.2 The application of the standard equilibrium constant §4.1 The standard equilibrium constant §4.5 Gibbs function §4.4 Spontaneous reactions and entropy

1.1 Chemistry---the central science full of practicability and creativity 1.2 Features of chemical changes 1.3 History, revival and development of inorganic chemistry 1.4 How to study easily but efficiently inorganic