
Inorganic Chemistry
Butterworths Intermediate Chemistry
- 1st Edition - June 23, 1982
- Latest edition
- Authors: C. Chambers, A. K. Holliday
- Language: English
Inorganic Chemistry discusses the fundamental aspects of understanding inorganic substances. The book is comprised of 15 chapters that cover both the historical background and… Read more

Inorganic Chemistry discusses the fundamental aspects of understanding inorganic substances. The book is comprised of 15 chapters that cover both the historical background and industrial processes of various elements.  The text first discusses the periodic table, and then proceeds to tackling structure and bonding. Next, the book covers energetics, acids, and bases. The remaining chapters cover the elements starting from hydrogen, and then proceeds to the groups. The book also covers the noble gases and transition elements.  The text will be of great use to students of chemistry courses. Researchers and practitioners of chemistry related discipline will also benefit from the book.
1 The Periodic Table      1.1 Development of Ideas      1.2 Periodicity of Physical and Chemical Properties      1.3 Atomic Spectra and Atomic Structure      1.4 Wave Mechanics      1.5 The Modern Periodic Table      1.6 Features of the Periodic Table      1.7 Uses of the Periodic Table      Summary      Questions 2 Structure and Bonding      2.1 The Nature of the Problem     2.2 The Electronic Theory of Valency      2.3 Electron Transfer Bonding—Electrovalency      2.4 Bonding by Electron Sharing—Covalency     2.5 The Strength of Covalent Bonds: Bond Energies      2.6 Covalent Bond Lengths      2.7 Electronegativity      2.8 Hydrogen Bonding      2.9 The Modern Theory of the Covalent Bond     2.10 The Bonding in Metals      2.11 Bonding in Transition Metal Complexes      2.12 The Color of Inorganic Compounds      Summary      Questions 3 Energetics      3.1 Chemical Stability      3.2 Free Energy and Equilibria      3.3 Free Energy and Entropy      3.4 Factors Contributing to the Enthalpy of Reaction      Questions 4 Acids and Bases: Oxidation and Reduction      4.1 Protonic Acids and Bases      4.2 Other Concepts of Acids and Bases      4.3 Reduction-Oxidation Processes      4.4 Tests for Reducing and Oxidizing Agents      Summary      Questions 5 Hydrogen      5.1 Reactions with Electropositive Metals      5.2 Reactions with Transition Metals      5.3 Reactions with Non-Metals and Weakly Electropositive Metals      5.4 Complex Hydrides      5.5 Atomic Hydrogen      5.6 Deuterium      5.7 Tests for Hydrogen      5.8 Hydrogen on the Large Scale      Summary      Questions 6 Groups I and II: Lithium, Sodium, Potassium, Rubidium, Cesium, Beryllium, Magnesium, Calcium, Strontium and Barium      6.1 The Elements      6.2 Compounds of Group I and II Elements      6.3 The Carbonates and Hydrogencarbonates      6.4 Abnormal Properties of Lithium and Beryllium      6.5 Tests for the Cations      Summary      Questions 7 Group III: Boron, Aluminum, Gallium, Indium and Thallium      7.1 Oxidation State + 3      7.2 Oxidation State + 1      7.3 Co-Ordination Number     7.5 Compounds of Boron and Aluminum      Summary      Questions 8 Group IV: Carbon, Silicon, Germanium, Tin and Lead     8.1 Summary of General Characteristics      8.2 Occurrence and Extraction of the Elements     8.3 Typical Reactions of the Elements      8.4 Compounds of Group IV Elements      8.5 Oxides of Group IV Elements      8.6 Chlorides and Other Important Halides of Group IV Elements     8.7 Other Important Compounds      8.8 Tests For Group IV Elements      Summary      Questions 9 Group V: Nitrogen, Phosphorus, Arsenic, Antimony and Bismuth      9.1 Summary Of General Characteristics     9.2 Occurrence and Extraction of the Elements      9.3 Properties of the Elements      9.4 Chemical Reactivity of the Elements      9.5 Hydrides of Group V Elements      9.6 Oxides of Group V Elements      9.7 Oxoacids and Their Salts     9.8 Halogen Compounds of Group V Elements     9.9 Tests for Group V Elements      Summary      Questions 10 Group VI: Oxygen, Sulphur, Selenium, Tellurium and Polonium      10.1 Properties of the Elements      10.2 Occurrence and Extraction of Elements of Group VI      10.3 Allotropes      10.4 Chemical Reactivity      10.5 Uses of the Elements      10.6 Hydrides of Group VI Elements     10.7 Binary Compounds      10.8 Oxides and Oxoacids of Sulphur and Their Salts      10.9 Oxides and Oxoacids of Selenium and Tellurium      10.10 Halides     10.11 Tests for Sulphur      Summary      Questions 11 Group VII: The Halogens (Fluorine, Chlorine, Bromine and Iodine)     11.1 Physical Properties     11.2 Occurrence and Extraction      11.3 Characteristic Reactions of the Halogens      11.4 The Hydrides (Hydrogen Halides)     11.5 Oxides     11.6 Oxoacids and Their Salts      11.7 Halides      11.8 Interhalogen Compounds and Poly Halides      11.9 Use of Halogens and Their Compounds     11.10 Tests for Halides      Summary      Questions 12 The Noble Gases (Helium, Neon, Argon, Krypton, Xenon and Radon)      12.1 Physical Properties      12.2 Occurrence and Isolation      12.3 Chemical Properties      12.4 Uses      Questions 13 The Transition Elements: Scandium to Zinc      13.1 Physical Properties of the Elements      13.2 Chemical Properties      13.3 Coordination Complexes      13.4 Other Chemical Properties of the Metals      13.5 Scandium      13.6 Titanium      13.7 Vanadium      13.8 Chromium      13.9 Manganese     13.10 Iron      13.11 Cobalt      13.12 Nickel      13.14 Zinc      Questions 14 The Transition Elements of Groups IB and IIB      14.1 (Copper), Silver and Gold      14.2 Silver      14.3 Gold      14.4 Zinc, Cadmium and Mercury      14.5 Cadmium      14.6 Mercury      Questions 15 The Lanthanides and Actinides      15.1 The Elements beyond the Actinides      Questions Index
- Edition: 1
- Latest edition
- Published: June 23, 1982
- Language: English
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