Title Page -- Copyright Page -- Table of Contents -- Introduction -- What You'll Find -- Beyond the Book -- What you'll find online -- How to register -- Where to Go for Additional Help -- Part I: The Questions -- Chapter 1: Units and Unit Conversions -- The Problems You'll Work On -- What to Watch Out For -- Understanding Metric Prefixes and Units -- Choosing Appropriate Units -- Doing Metric Conversions -- Converting between Systems of Measurement -- Using Dimensional Analysis -- Chapter 2: Scientific Notation and Significant Figures -- The Problems You'll Work On -- What to Watch Out For -- Putting Numbers in Scientific Notation -- Taking Numbers out of Scientific Notation -- Calculating with Numbers in Scientific Notation -- Recognizing Significant Figures -- Writing Answers with the Right Number of Sig Figs -- Chapter 3: Matter and Energy -- The Problems You'll Work On -- What to Watch Out For -- Phases of Matter and Phase Changes -- Classifying Substances and Mixtures -- Properties of Matter -- Calculating Density -- Working with Energy -- Chapter 4: The Atom and Nuclear Chemistry -- The Problems You'll Work On -- What to Watch Out For -- Isotopes and Subatomic Particles -- Electrons and Quantum Mechanics -- Average Atomic Mass -- Nuclear Reactions and Nuclear Decay -- Completing Nuclear Reactions -- Half-Lives -- Chapter 5: Periodicity and the Periodic Table -- The Problems You'll Work On -- What to Watch Out For -- Element Symbols and Names -- Structure of the Periodic Table -- Periodic Trends -- Chapter 6: Ionic Bonding -- The Problems You'll Work On -- What to Watch Out For -- Naming Binary Compounds -- Naming Compounds with Polyatomic Ions -- Writing Formulas of Binary Compounds -- Writing Formulas of Compounds with Polyatomic Ions -- Chapter 7: Covalent Bonding -- The Problems You'll Work On.

What to Watch Out For -- Prefixes in Covalent-Compound Names -- Naming Covalent Compounds -- Writing Formulas of Covalent Compounds -- Chapter 8: Molecular Geometry -- The Problems You'll Work On -- What to Watch Out For -- Valence Electrons -- Predicting Bond Types -- Basic Molecular Shapes -- Exceptional Molecular Shapes -- Polarity of Molecules -- Chapter 9: Chemical Reactions -- The Problems You'll Work On -- What to Watch Out For -- Classifying Reactions from Chemical Equations -- Classifying Reactions from Word Equations -- Predicting Reactions -- Balancing Chemical Reactions -- Balancing Reactions from Word Equations -- Predicting Products and Balancing Reactions -- Redox and Acid-Base Reactions -- Chapter 10: Molar Calculations -- The Problems You'll Work On -- What to Watch Out For -- Calculating Molar Mass -- Finding Mass Percent -- Empirical Formulas -- Molecular Formulas -- Mole Calculations -- Percent Yield -- Limiting Reactants -- Chapter 11: Thermochemistry -- The Problems You'll Work On -- What to Watch Out For -- Converting Temperatures -- Phase Changes and Energy -- Specific Heat and Calorimetry -- Heats of Formation -- Enthalpy Changes with Hess's Law -- Chapter 12: Gases -- The Problems You'll Work On -- What to Watch Out For -- Converting Pressure Units -- Boyle's Law -- Charles's Law -- Gay-Lussac's Law -- The Combined Gas Law -- Avogadro's Law -- The Ideal Gas Law -- Dalton's Law of Partial Pressures -- Graham's Law -- Gas Stoichiometry -- Chapter 13: Solutions (The Chemistry Kind) -- The Problems You'll Work On -- What to Watch Out For -- Solutions, Solvents, and Solutes -- Concentration Calculations -- Dilution -- Molality -- Colligative Properties -- Chapter 14: Acids and Bases -- The Problems You'll Work On -- What to Watch Out For -- Identifying Acids and Bases -- Conjugate Acids and Bases.

Finding pH and pOH of Strong Acids and Bases -- Finding pH and pOH of Weak Acids and Bases -- Stoichiometry of Titrations -- Buffer Solutions -- Titrations and pH Changes -- Chapter 15: Graphing Basics -- The Problems You'll Work On -- What to Watch Out For -- Graphing -- Part II: The Answers -- Chapter 16: Answers and Explanations -- Appendix: The Periodic Table of Elements -- Index -- EULA.