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| Note: Each chapter concludes with "The Bottom Line," Key Words, and "Focus Your Learning." | |
| The World of Chemistry | |
| What Do Chemists do? | |
| The Chemist's Shorthand | |
| The Scientific Method | |
| Units and Measurement | |
| Conversions and Dimensional Analysis | |
| Uncertainty, Precision, Accuracy, and Significant Figures | |
| The Chemical Challenges of th... MORE | |
| Atoms: A Quest for Understanding | |
| Early Attempts to Explain Matter | |
| Dalton's Atomic Theory and Beyond | |
| The Structure of the Atom | |
| Atoms and Isotopes | |
| Atomic Mass | |
| The Periodic Table | |
| Ionic Compounds | |
| Molecules | |
| Naming Compounds | |
| Naming Acids | |
| Introducing Quantitative Chemistry | |
| Formula Masses | |
| Counting by Weighing | |
| Working with Moles | |
| Percentages by Mass | |
| Finding the Formula | |
| Chemical Equations | |
| Working with Equations | |
| Solution Stoichiometry and Types of Reactions | |
| Water--A Most Versatile Solvent | |
| The Concentration of Solutions | |
| Stoichiometric Analysis of Solutions | |
| Types of Chemical Reactions | |
| Precipitation Reactions | |
| Acid-Base Reactions | |
| Oxidation-Reduction Reactions | |
| Fresh Water--Issues of Quantitative Chemistry | |
| Energy | |
| The Concept of Energy | |
| Keeping Track of Energy | |
| Specific Heat Capacity and Heat Capacity | |
| Enthalpy | |
| Hess's Law | |
| Energy Choices | |
| Quantum Chemistry: The Strange World of Atoms | |
| Introducing Quantum Chemistry | |
| Electromagnetic Radiation | |
| Atomic Emission and Absorption Spectroscopy, Chemical Analysis and the Quantum Number | |
| The Bohr Model of Atomic Structure | |
| Wave-Particle Duality | |
| Why Treating Things as "Waves" Allows Us to Quantize Their Behavior | |
| The Heisenberg Uncertainty Principle | |
| More About the Photon--The de Broglie and Heisenberg Discussions | |
| The Mathematical Language of Quantum Chemistry | |
| Atomic Orbitals | |
| Electron Spin and the Pauli Exclusion Principle | |
| Orbitals and Energy Levels in Multielectron Atoms | |
| Electron Configurations and the Aufbau Principle | |
| Periodic Properties of the Elements | |
| The Big Picture--Building the Periodic Table | |
| The First Level of Structure--Metals, Non-Metals and Metalloids | |
| The Next Level of Structure--Groups in the Periodic Table | |
| The Concept of Periodicity | |
| Atomic Size | |
| Ionization Energies | |
| Electron Affinity | |
| Electronegativity | |
| Reactivity | |
| The Elements and the Environment | |
| Bonding Basics | |
| Modeling Bonds | |
| Ionic Bonding | |
| Covalent Bonding | |
| VSEPR Theory--A Better Model | |
| Properties of Ionic and Molecular Compounds | |
| Advanced Models of Bonding | |
| Valence Bond Theory | |
| Hybridization | |
| Molecular Orbital Theory | |
| Putting It All Together | |
| Molecular Models in the Chemist's Toolbox | |
| The Behavior and Applications of Gases | |
| The Nature of Gases | |
| Production of Hydrogen and the Meaning of Pressure | |
| Mixtures of Gases--Dalton's Law and Food Packaging | |
| The Gas Laws--Relating the Behavior of Gases to Key Properties | |
| The Ideal Gas Equation | |
| Applications of the Ideal Gas Equation | |
| Kinetic Molecular Theory | |
| Effusion and Diffusion | |
| Industrialization: A Wonderful, Yet Cautionary, Tale | |
| Chemistry of Water and the Nature of Liquids | |
| The Structure of Water: An Introduction to Intermolecular Forces | |
| A Closer Look at Intermolecular Forces | |
| Impact of Intermolecular Forces on the Physical Properties of Water I | |
| Phase Diagrams | |
| Impact of Intermolecular Forces on the Physical Properties of Water II | |
| Water: The Universal Solvent | |
| Measures of Solution Concentration | |
| The Effect of Temperature and Pressure on Solubility | |
| Colligative Properties | |
| Carbon | |
| Elemental Carbon | |
| Crude Oil--The Basic Resource | |
| Hydrocarbons | |
| Separating the Hydrocarbons by Fractional Distillation | |
| Processing Hydrocarbons | |
| Typical Reactions of the Alkanes | |
| The Functional Group Concept | |
| Ethene, the C=C Bond, and Polymers | |
| Alcohols | |
| From Alcohols to Aldehydes, Ketones, and Carboxylic Acids | |
| From Alcohols and Carboxylic Acids to Esters | |
| Condensation Polymers | |
| Polyethers | |
| Handedness in Molecules | |
| Organic Chemistry and Modern Drug Discovery | |
| Modern Materials | |
| The Structure of Crystals | |
| Metals | |
| Ceramics | |
| Plastics | |
| Thin Films and Surface Analysis | |
| On the Horizon--What Does the Future Hold? | |
| Thermodynamics: A Look at Why Reactions Happen | |
| Probability as a Predictor of Chemical Behavior | |
| Why Do Chemical Reactions Happen? Entropy and the Second Law of Thermodynamics | |
| Temperature and Spontaneous Processes | |
| Calculating Entropy Changes in Chemical Reactions | |
| Free Energy | |
| When ?G = 0; A Taste of Equilibrium | |
| Chemical Kinetics | |
| Reaction Rates | |
| An Introduction to Rate Laws | |
| Changes in Time--The Integrated Rate Law | |
| Methods of Determining Rate Laws | |
| Looking Back at Rate Laws | |
| Reaction Mechanisms | |
| Applications of Catalysts | |
| Chemical Equilibrium | |
| The Concept of Chemical Equilibrium | |
| Why Is Chemical Equilibrium a Useful Concept? | |
| The Meaning of the Equilibrium Constant | |
| Working With Equilibrium Constants | |
| Solving Equilibrium Problems--A Different Way of Thinking | |
| Le Ch?telier's Principle | |
| Free Energy and the Equilibrium Constant | |
| Acids and Bases | |
| What Are Acids and Bases? | |
| Acid Strength | |
| The pH Scale | |
| Determining the pH of Acid Solutions | |
| Determining the pH of Basic Solutions | |
| Polyprotic Acids | |
| Assessing the Acid-Base Behavior of Salts in Aqueous Solution | |
| Anhydrides in Aqueous Solution | |
| Applications of Aqueous Equilibria | |
| Buffers and the Common-Ion Effect | |
| Acid-Base Titrations | |
| Solubility Equilibria | |
| Complex-Ion Equilibria | |
| Electrochemistry | |
| What Is Electrochemistry? | |
| Oxidation States--Electronic Bookkeeping | |
| Redox Equations | |
| Electrochemical Cells | |
| Chemical Reactivity Series | |
| Not-So-Standard Conditions: The Nernst Equation | |
| Electrolytic Reactions | |
| Coordination Complexes | |
| Bonding in Coordination Complexes | |
| Ligands | |
| Coordination Number | |
| Structure | |
| Isomers | |
| Formulas and Names | |
| Color and Coordination Compounds | |
| Chemical Reactions | |
| Nuclear Chemistry | |
| Isotopes and More Isotopes | |
| Types of Radioactive Decay | |
| Interaction of Radiation with Matter | |
| The Kinetics of Radioactive Decay | |
| Mass and Binding Energy | |
| Nuclear Stability and Human-made Radioactive Nuclides | |
| Splitting the Atom: Nuclear Fission | |
| Medical Uses of Radioisotopes | |
| The Chemistry of Life | |
| DNA--The Basic Structure | |
| Proteins | |
| How Genes Code for Proteins | |
| Enzymes | |
| The Diversity of Protein Functions | |
| Carbohydrates | |
| Lipids | |
| The Maelstrom of Metabolism | |
| Biochemistry and Chirality | |
| A Look to the Future | |
| Mathematical Operations | |
| Working with Exponents | |
| Working with Logarithms | |
| Solving the Quadratic Equation | |
| Graphing | |
| Calculating Uncertainties in Measurements | |
| Thermodynamic Data for Selected Compounds at 298 K | |
| Colligative Property Constants for Selected Compounds | |
| Selected Equilibrium Constants at 298 K | |
| Water Vapor Pressure Table | |
| Standard Reduction Potentials at 298 K | |
| Common Radioactive Nuclei Answers to Practice Exercises and Selected Exercises | |
| Index/Glossary | |
| Table of Contents provided by Publisher. All Rights Reserved. |