The science of chemistry | p. 1 |
Fields of chemistry | p. 2 |
The scientific method | p. 3 |
Measurements | p. 4 |
The International System of Units | p. 5 |
Length and mass | p. 6 |
Pressure and temperature | p. 8 |
Significant figures | p. 10 |
Conversion factors and dimensional analysis | p. 11 |
Matter | p. 13 |
Pure substances | p. 14 |
Mixtures | p. 15 |
Chemical and physical changes | p. 16 |
Energy | p. 17 |
Energy | p. 18 |
Kinetic and potential energy | p. 19 |
Electromagnetic radiation and light | p. 20 |
Wave-particle duality | p. 21 |
Stoichiometry | p. 22 |
Dalton's atomic theory | p. 23 |
Atomic and formula masses | p. 24 |
Empirical formula | p. 26 |
Percent composition | p. 28 |
Chemical equations | p. 29 |
The equation | p. 30 |
Stoichiometry calculations | p. 31 |
Limiting reagent, theoretical and percent yield | p. 32 |
Enthalpy changes | p. 33 |
Atomic structure | p. 36 |
Historical background | p. 37 |
The modern atom | p. 38 |
The Bohr model of the atom | p. 39 |
The wave mechanical picture of the atom | p. 40 |
Quantum numbers | p. 41 |
The electronic structure of atoms | p. 42 |
The periodic table | p. 43 |
Historical basis | p. 44 |
The modern periodic table | p. 45 |
Periodic trends | p. 48 |
The chemical bond | p. 49 |
Ionic bonding | p. 50 |
Covalent bonding | p. 51 |
Lewis structures, resonance | p. 52 |
Bond polarity | p. 53 |
Valence shell electron pair repulsion theory | p. 54 |
Valence bond theory and hybridization | p. 55 |
Molecular orbitals | p. 56 |
Gases | p. 57 |
The gaseous state | p. 58 |
The gas laws | p. 59 |
The ideal gas law | p. 61 |
The kinetic molecular theory | p. 64 |
Deviations from ideal behavior | p. 65 |
Solids, liquids, and phase transitions | p. 66 |
The solid state | p. 67 |
The structure of solids | p. 69 |
The liquid state | p. 70 |
Intermolecular forces | p. 71 |
Classification of solids | p. 72 |
Phase diagrams | p. 73 |
Solutions | p. 74 |
The dissolving process | p. 75 |
Solubility | p. 77 |
Concentration expressions | p. 78 |
Concentration calculations | p. 80 |
Net ionic equations | p. 82 |
Solution stoichiometry | p. 83 |
Colligative properties | p. 85 |
Chemical equilibrium | p. 86 |
The law of chemical equilibrium | p. 87 |
The magnitude of the equilibrium constant | p. 88 |
Le Chatelier's principle | p. 90 |
Heterogeneous equilibria | p. 92 |
Acids and bases | p. 93 |
Classification of acids and bases | p. 94 |
Equilibria involving acids and bases | p. 96 |
Acid strength | p. 98 |
Equilibrium calculations | p. 99 |
The pH scale | p. 100 |
Reactions of acids and bases | p. 101 |
Titration reactions | p. 102 |
Buffer solutions | p. 103 |
Thermodynamics | p. 104 |
The first law of thermodynamics | p. 105 |
Entropy | p. 106 |
Free energy and spontaneity | p. 107 |
Free energy and temperature | p. 108 |
Free energy and equilibrium | p. 109 |
Chemical kinetics | p. 110 |
The rates of chemical reactions | p. 111 |
Time dependence of reactant concentrations | p. 112 |
Temperature dependence of reaction rate | p. 114 |
Reaction mechanism | p. 116 |
Oxidation-reduction reactions and electrochemistry | p. 117 |
Oxidation states | p. 118 |
Oxidation-reduction reactions | p. 119 |
Balancing oxidation-reduction equations | p. 120 |
Galvanic electrochemical cells | p. 121 |
Standard half-cell potentials | p. 122 |
Spontaneity of oxidation-reduction reactions | p. 123 |
The Nernst equation | p. 125 |
Electrolytic cells | p. 126 |
Organic chemistry | p. 127 |
Alkanes | p. 128 |
Alkenes and alkynes | p. 129 |
Aromatic hydrocarbons | p. 130 |
Functional groups | p. 132 |
Isomers and optical activity | p. 133 |
Glossary | p. 135 |
Index | p. 153 |
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