Chapter 1: Atomic Structure — Classical View
Chapter 2: Atomic Structure — Quantum Mechanical Picture
Chapter 3: Electronic Structure of Elements
Chapter 4: Periodic Table
4.1 The Tables
4.2 Types of Elements and Nuclear Charge
4.2 Moseley Characteristic X Rays and Types of Elements
4.2 Atomic Values of Elements and Radii of Atoms and Ions
4.4 Ionization Energy and Electron Affinity of Atoms and Ions
4.6 Electronegativity
Chapter 5: Bonding — Ionic
Chapter 6: Bonding — Valence Bond Theory
Chapter 7: Bonding — Molecular Orbital Theory
Chapter 8: Bonding — Metallic
Chapter 9: Bonding — Other Chemical Bonds
Chapter 10: Coordinate Bonding
Chapter 11: Solvent Systems
10.1 Solubility of Compounds
10.2 Solubility Equations and General Behavior
10.3 Protonic Solvents
10.4 Aprotic Solvents
Chapter 12: Acids and Bases
10.1 Acids and Bases — Definitions
10.1 Arhennius Acids and Bases
10.2 Brönsted-Lowry Acids and Bases
10.3 Lewis Acids and Bases and Other Definitions of Acids and Bases
10.4 Hard and Soft Acids and Bases (HSAB)
10.5 Strength of Brönsted Acids and Bases
10.6 Strengths of Lewis Acids and Bases
Chapter 13: Redox Systems
Chapter 14: Stereochemistry of Coordination Compounds
Chapter 15: Properties of Coordination Compounds
Chapter 16: Substitution Reactions in Coordination Compounds
Chapter 17: Radioactivity
Chapter 18: Nuclear Reactions
Chapter 19: Metallurgy
17.1 Occurrence of Metals
Chapter 20: Hydrogen
Chapter 21: Lithium
Chapter 22: Group I: The Alkali Metals
Chapter 23: Beryllium
Chapter 24: Magnesium, Calcium, Strontium, Barium
Chapter 25: Boron
Chapter 26: Aluminium
Chapter 27: Gallium and Indium
Chapter 28: Carbon
Chapter 29: Silicon
Chapter 30: Germanium, Tin and Lead
Chapter 31: Nitrogen
Chapter 32: Phosphorus
Chapter 33: Arsenic, Antimony and Bismuth
Chapter 34: Oxygen
Chapter 35: Sulphur
Chapter 36: Selenium and Tellurium
Chapter 37: Fluorine
Chapter 38: Chlorine, Bromine and Iodine
Chapter 39: The Noble Gases
Chapter 40: Scandium and Vanadium
Chapter 41: Titanium
Chapter 42: Zirconium and Hafnium
Chapter 43: Vanadium
Chapter 44: Niobium and Tantalum
Chapter 45: Chromium
Chapter 46: Molybdenum and Tungsten
Chapter 47: Manganese, Technitium and Rhenium
Chapter 48: Iron
Chapter 49: Ruthenium and Osmium
Chapter 50: Cobalt
Chapter 51: Rhodium and Iridium
Chapter 52: Nickel
Chapter 53: Palladium and Platinum
Chapter 54: Copper
Chapter 55: Silver and Gold
Chapter 56: Zinc
Chapter 57: Cadmium and Mercury
Chapter 58: Lanthanides
Chapter 59: Actinides
Chapter 60: Organometallic Compounds — Nomenclature
Chapter 61: Organometallic Compounds — Bonding
Chapter 62: Organometallic Compounds — Alkyls
Chapter 63: Organometallic Compounds — Alkenes and Alkynes
Chapter 64: Organometallic Compounds — Carbonyls
Chapter 65: Organometallic Compounds — Arenes
Chapter 66: Organometallic Compounds — Carbenes and Carbynes
Chapter 67: Organometallic Compounds — Reaction Mechanisms
Chapter 68: Analytical — Qualitative Analysis of Elements
Chapter 69: Analytical — Semimicro Analysis
Chapter 70: Analytical — Volumetric Analysis
Chapter 71: Analytical — Gravimetric Analysis
Chapter 72: Analytical — Other Modern Techniques
Chapter 73: Preparation of Selected Inorganic Compounds
Appendix A: Nomenclature of Inorganic Compounds
Appendix B: SI System of Measurements
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