University Chemistry by Bruce H. Mahan (very informative)
Free download University Chemistry by Bruce H. Mahan
3rd Edition
Authors of: University Chemistry by Bruce H. Mahan
Bruce H. Mahan
Table of Contents in University Chemistry by Bruce H. Mahan
Chapter 1 Stoichiometry and the Basis of the Atomic Theory
1.1 The Origins of the atomic theory.
1.2 Determination of Atomic Weights and Molecular Formulas
1.3 The Mole Concept.
1.4 The Chemical Equation.
1.5 Stoichiometric Calculations.
1.6 Conclusion
Chapter 2 The Properties of Gases
2.1 The GasLaws.
2.2 The Kinetic Theory of Gases.
2.3 The Distribution of Molecular Speeds.
2.4 HeatCapacities.
2.5 ImperfectGases.
2.6 TransportPhenomena.
2.7 Conclusion.
Chapter 3 The Properties of Solids
3.1 Macroscopic Properties of Solids.
3.2 Types of Solid.
3.3 X-rays and Crystal Structure.
3.4 The Crystal Lattices.
3.5 Common Crystal Structures.
3.6 Defects in Solid Structures.
3.7 Thermal Properties of Solids.
3.8 Conclusion
Chapter 4 Liquids and Solutions
4.1 A Kinetic Theory of Liquids.
4.2 Phase Equilibria.
4.3 The Properties of Solutions.
4.4 The Ideal Solution
4.5 Nonideal Solutions.
4.6 Solubility.
4.7 Conclusion.
Chapter 5 Chemical Equilibrium
5.1 The Nature of Chemical Equilibrium.
5.2 The Equilibrium Constant.
5.3 External Effects on Equilibria.
5.4 Equilibria in Nonideal Situations.
5.5 Calculations with the Equilibrium Constant
5.6 Conclusion.
Chapter 6 Ionic Equilibria in Aqueous Solutions
6.1 Sparingly Soluble Salts
6.2 Acids and Bases.
6.3 Numerical Problems.
6.4 Hydrolysis.
6.5 Buffer Solutions.
6.6 Exact Treatment of Ionization Equilibria.
6.7 Acid-Base Titrations.
6.8 Multistage Equilibria.
6.9 Conclusion.
Chapter 7 Oxidation-Reduction Reactions
7.1 Oxidation States.
7.2 The Half-Reaction Concept.
7.3 Balancing Oxidation-Reduction Reactions.
7.4 GalvanicCells.
7.5 The Nernst Equation.
7.6 Oxidation-Reduction Titrations.
7.7 Electrolysis.
7.8 Electrochemical Applications.
7.9 Conclusion.
Chapter 8 Chemical Thermodynamics
8.1 Systems, States, and State Functions.
8.2 Work and Heat.
8.3 The First Law of Thermodynamics.
8.4 Thermochemistry.
8.5 Criteria for Spontaneous Change.
8.6 Entropy and the Second Law
8.7 Molecular Interpretation of Entropy.
8.8 Absolute Entropies and the Third Law
8.9 FreeEnergy.
8.10 Free Energy and Equilibrium Constants.
8.11 ElectrochemicalCells.
8.12 Temperature Dependence of Equilibria
8.13 Colligative Properties.
8.14 Heat Engines
8.15 Statistical Thermodynamics.
8.16 Conclusion.
Chapter 9 Chemical Kinetics
9.1 Concentration Effects.
9.2 Reaction Mechanisms.
9.3 Reaction Rates and Equilibria
9.4 Collision Theory of Gaseous Reactions
9.5 Temperature Effects.
9.6 Rates of Reactions in Solution
9.7 Catalysis.
9.8 Conclusion.
Chapter 10 The Electronic Structure of Atoms
10.1 Electrical Nature of Matter.
10.2 The Structure of the Atom.
10.3 Origins of the Quantum Theory.
10.4 Quantum Mechanics.
10.5 The Hydrogen Atom.
10.6 Multi-ElectronAtoms.
10.7 Conclusion.
Chapter 11 The Chemical Bond
11.1 Parameters of Molecular Structure.
11.2 Ionic Bonds.
11.3 The Simplest Covalent Bonds.
11.4 Atomic and Molecular Orbitals.
11.5 Molecular Geometry.
11.6 Bond Polarity.
11.7 Multiple Bonds.
11.8 Multicenter Bonds.
11.9 Metallic Bonding.
11.10 Conclusion.
Chapter 12 Molecular Orbitals
12.1 Orbitals for Homonuclear Diatomic Molecules.
12.2 Heteronuclear Diatomic Molecules.
12.3 Triatomic Molecules.
12.4 Trigonal Planar Molecules
12.5 Some Organic Molecules.
12.6 Conclusion.
Chapter 13 Periodic Properties
13.1 The Periodic Table.
13.2 Periodic Properties.
13.3 Chemical Properties of the Oxides.
13.4 The Properties of Hydrides.
13.5 Conclusion.
Chapter 14 The Representative Elements: Groups l-IV
14.1 The Alkali Metals.
14.2 The Alkaline-EarthMetals.
14.3 The Elements of Group IIIA.
14.4 The Elements of Group IVA.
14.5 Conclusion.
Chapter 15 The Nonmetallic Elements
15.1 The Elements of GroupVA.
15.2 The Elements of GroupVIA.
15.3 The Elements of GroupVIIA.
15.4 The Noble-GasCompounds.
15.5 Conclusion.
Chapter 16 The Transition Metals
16.1 General Properties of the Elements.
16.2 The Scandium Family.
16.3 The Titanium Family.
16.4 The Vanadium Family.
16.5 The Chromium Family.
16.6 The ManganeseFamily.
16.7 Iron, Cobalt, andNickel.
16.8 The Platinum Metals.
16.9 Copper, Silver, andGold.
16.10 Zinc, Cadmium, and Mercury.
16.11 Transition-MetalComplexes.
16.12 Bonding in Transition-Metal Complexes.
16.13 Conclusion.
Chapter 17 Organic Chemistry
17.1 The Alkanes, or Paraffin Hydrocarbons.
17.2 FunctionalGroups.
17.3 Reactions of Alcohols.
17.4 The Reactions of Alkenes.
17.5 CarbonylCompounds.
17.6 Syntheses and Structure Determination
17.7 Aromatic Compounds.
17.8 Isomerism.
17.9 Industrial Organic Chemistry.
17.10 Conclusion.
Chapter 18 Biochemistry
18.1 TheCell.
18.2 Biochemical Energetics.
18.3 Lipids.
18.4 Carbohydrates.
18.5 Proteins.
18.6 The Nucleic Acids.
18.7 Biological Functions of the Nucleic Acids.
18.8 Conclusion.
Chapter 19 The Nucleus
19.1 The Nature of the Nucleus.
19.2 Radioactivity.
19.3 Nuclear Reactions.
19.4 Radioactive DecayRates.
19.5 Applications of Isotopes.
Appendix A Avogadro’sNumber.
Appendix B Physical Constants and Energy Conversion Factors.
Appendix C SI Units and Conversion Factors.
Appendix D Some Fundamental Operations of the Calculus.
Appendix E Some Useful Mathematical Approximations.
Answers.
Index
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