Inorganic Chemistry |
Contents
Element and Compound | 5 |
Separation of Air into its Components | 11 |
Theory of Atoms and Molecules | 17 |
Atom and Molecule | 18 |
Determination of Atomic and Molecular Mass | 28 |
2 | 37 |
Chemical Reactions Part | 44 |
The Periodic System of the Elements Part | 52 |
4 | 1014 |
The Alkaline Earth Metal Group | 1044 |
Magnesium | 1053 |
Calcium Strontium Barium and Radium | 1063 |
The Alkali Metal Group | 1085 |
Sodium Potassium Rubidium Cesium and Francium | 1094 |
The Halogen Group | 1110 |
Transition Elements | 1125 |
Discovery of the Chemical Elements 56 Distribution of the Chemical Elements 57 Properties | 59 |
A tomic and Molecular Ions | 60 |
Determination of Ionic Mass | 69 |
Ionization and Dissociation Energies | 75 |
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 |
Aluminum | 218 |
Hydrogen and its Compounds | 234 |
Light heavy and superheavy hydrogen | 247 |
Zirconium and Hafnium | 258 |
Part B Main Group Elements | 277 |
Basic Molecular Chemistry | 292 |
Bonding Models The Chemical Bond Part III | 302 |
bitals 319 | 319 |
Reaction Mechanisms of Molecules The Chemical Reaction Part III | 340 |
Stereochemistry of Molecules | 374 |
2 | 382 |
The Noble Gases | 388 |
Production | 423 |
Oxygen Acids of the Halogens | 439 |
Oxides and Fluoroxides of the Halogens | 455 |
The Chalcogen Group | 470 |
Sulfur | 503 |
Selenium | 573 |
374 | 575 |
Tellurium | 587 |
375 | 596 |
The Nitrogen Group | 598 |
Phosphorus | 677 |
Arsenic | 741 |
Antimony | 757 |
Bismuth | 767 |
388 | 773 |
The Carbon Group | 778 |
Physical Properties | 801 |
Silicon | 822 |
Chemical Properties | 827 |
Germanium | 893 |
Tin | 900 |
Lead | 912 |
The Boron Group | 929 |
Trends in Some Properties of the Transition Elements Table IV | 1132 |
Fundamentals of Complex Chemistry | 1139 |
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 |
Silver | 1265 |
5 | 1274 |
2 | 1281 |
The Zinc Group | 1291 |
Mercury | 1297 |
EkaMercury | 1310 |
The Scandium Group | 1318 |
The Titanium Group | 1325 |
Rutherfordium | 1342 |
3 | 1350 |
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 |
Numerical Tables | 1745 |
of a Unit 1749 Definitions of the Basic SI Units 1749 Definitions of Derived SI Units | 1751 |
Bond Lengths calc between Maingroup Elements | 1760 |
1771 | |
1777 | |
1785 | |
1826 | |
1839 | |
1322 | 1861 |
Common terms and phrases
ammonia ammonium anions aqueous solution atomic mass atomic orbitals base bromine carbon catalyst cations charge Chem chemical chemistry chlorine Cl₂ colorless complexes concentration converted corresponding covalent crystals decomposes decomposition decreases dioxide dissociation dissolved distance electron pairs electronegative elements energy enthalpy equation equilibrium example fluoride formation formula gaseous gases H₂ H₂O halides halogen heat hydrazine hydrides hydrogen atoms hydrogen chloride hydrogen compounds hydroxide increases intermediate iodide iodine ionic ions isomers isotopes kJ mol¯¹ Lewis acid ligands liquid main group melting mixture mol-¹ molar molecular orbitals molecules N₂ nitric nitric acid nitrogen nucleophilic O₂ oxidizing agent oxygen ozone phosphorus potential pressure properties proton reaction reacts redox reducing agent room temperature salts selenium shell SO₂ sodium solid soluble solvent stable structure substances sulfate sulfide sulfur dioxide sulfuric acid symmetry Table tellurium tetrahedral valence vapor ΔΗ