Inorganic Chemistry |
Contents
1 | 11 |
Atoms and Molecules | 17 |
3 | 26 |
Chemical Reactions Part | 44 |
The Periodic System of the Elements Part | 52 |
IV | 54 |
Discovery of the Chemical Elements 56 Distribution of the Chemical Elements 57 Properties | 59 |
Determination of Ionic Mass | 69 |
Magnesium | 1053 |
Calcium Strontium Barium and Radium | 1063 |
The Alkali Metal Group | 1085 |
Sodium Potassium Rubidium Cesium and Francium | 1094 |
Transition Elements | 1125 |
Part III | 1127 |
Trends in Some Properties of the Transition Elements Table IV | 1132 |
Fundamentals of Complex Chemistry | 1139 |
Atomic Structure | 79 |
Atomic Spectra | 95 |
Molecular Structure The Chemical Bond Part I | 109 |
Molecular Spectra | 153 |
Molecular Symmetry | 160 |
Molecular Transformations The Chemical Reaction Part II | 167 |
Oxidation and Reduction | 197 |
Acidity and Basicity | 217 |
Hydrogen and its Compounds | 234 |
Light heavy and superheavy hydrogen | 247 |
Part B Main Group Elements | 277 |
Basic Molecular Chemistry | 292 |
Bonding Models The Chemical Bond Part III | 302 |
Reaction Mechanisms of Molecules The Chemical Reaction Part III | 340 |
Stereochemistry of Molecules | 374 |
The Noble Gases | 388 |
The Halogen Group | 402 |
Hydrogen Compounds of the Halogens | 424 |
Compounds of the Halogens Among Themselves | 433 |
Oxygen Acids of the Halogens | 439 |
Oxides and Fluoroxides of the Halogens | 455 |
The Chalcogen Group | 470 |
Sulfur | 503 |
Selenium | 573 |
Tellurium | 587 |
The Nitrogen Group | 598 |
Phosphorus | 677 |
Arsenic | 741 |
Antimony | 757 |
4 | 759 |
Bismuth | 767 |
The Carbon Group | 778 |
Silicon | 822 |
Germanium | 893 |
3 | 906 |
Lead | 912 |
LeadII Halides 915 LeadII Chalcogenides and LeadII Salts 915 Organic | 918 |
The Boron Group | 929 |
Aluminum | 999 |
The Alkaline Earth Metal Group | 1044 |
Bonding Models for Transition Metal Complexes | 1174 |
Reaction Mechanisms of Transition Metal Complexes | 1204 |
Some Fundamentals of Solid State Chemistry | 1223 |
Electrical Properties of Solids | 1238 |
The Copper Group | 1248 |
Silver | 1265 |
Gold | 1276 |
The Zinc Group | 1291 |
Mercury | 1303 |
EkaMercury | 1316 |
Compounds of Scandium Yttrium Lanthanum and Actinium | 1322 |
Zirconium and Hafnium | 1336 |
Rutherfordium | 1342 |
Niobium and Tantalum | 1355 |
The Chromium Group | 1364 |
Molybdenum and Tungsten | 1382 |
Seaborgium | 1402 |
Technetium and Rhenium | 1416 |
Bohrium | 1428 |
Ruthenium and Osmium | 1458 |
The Cobalt Group | 1473 |
Rhodium and Iridium | 1487 |
Meitnerium Element 109 | 1499 |
EkaPlatinum Element 110 | 1528 |
Some Classes of Organic Transition Metal Compounds | 1551 |
Lanthanides and Actinides | 1639 |
Fundamentals of Nuclear Chemistry | 1646 |
Artificial Transmutation of Elements | 1665 |
The Lanthanides | 1693 |
Physical Properties | 1699 |
Compounds of the Lanthanides | 1705 |
The Actinides | 1711 |
Physical Properties | 1718 |
Radiochemical Properties | 1727 |
The Interconversion of Mass and Energy | 1739 |
II | 1748 |
Radii of Atoms and Ions | 1757 |
Nobel Prizes for Chemistry and Physics | 1765 |
1771 | |
Common terms and phrases
alkali ammonia ammonium angle anions aqueous solution atomic mass atomic orbitals base bromine carbon catalyst cations charge chemical chemistry chlorine Cl₂ colorless complexes concentration corresponding covalent crystals decomposes decomposition decreases dioxide dissociation dissolved electron pairs electronegative elements energy enthalpy equation equilibrium example fluoride formation gaseous gases H₂ H₂O H₂SO halides halogen heat hydrazine hydrides hydrogen atoms hydrogen chloride hydrogen compounds hydroxide increases iodide iodine ionic ions isomers isotopes kJ mol kJ mol-¹ Lewis acid ligands liquid main group melting metal mixture molar molecular orbitals molecules N₂ N₂O nitric nitric acid nitrogen nucleophilic O₂ oxidizing agent oxygen ozone phosphorus potential pressure properties proton reaction reacts redox room temperature salts selenium shell sodium solid soluble stable structure substances sulfate sulfide sulfur dioxide sulfuric acid symmetry Table tellurium tetrahedral valence vapor