5 Steps to a 5 AP Chemistry 2019

(Marvins-Underground-K-12) #1

xii (^) › Contents



  • 1 What You Need to Know About the AP Chemistry Exam, STEP 1 Set Up Your Study Program

  • Background of the Advanced Placement Program,

  • Who Writes the AP Chemistry Exam?,

  • The AP Grades and Who Receives Them,

  • Reasons for Taking the AP Chemistry Exam,

  • Questions Frequently Asked About the AP Chemistry Exam,

  • 2 How to Plan Your Time,

  • Three Approaches to Preparing for the AP Chemistry Exam,

  • Calendar for Each Plan,

  • 3 Take a Diagnostic Exam, STEP 2 Determine Your Test Readiness

  • Getting Started: The Diagnostic Exam,

  • Answers and Explanations,

  • Scoring and Interpretation,

  • 4 How to Approach Each Question Type, STEP 3 Develop Strategies for Success

  • Multiple-Choice Questions,

  • Free-Response Questions,

  • 5 Basics, STEP 4 Review the Knowledge You Need to Score High

  • Units and Measurements,

  • Dimensional Analysis—the Factor Label Method,

  • The States of Matter,

  • The Structure of the Atom,

  • Periodic Table,

  • Oxidation Numbers,

  • Nomenclature Overview,

  • Experiments,

  • Common Mistakes to Avoid,

  • Review Questions,

  • Answers and Explanations,

  • Free-Response Question,

  • Answer and Explanation,

  • Rapid Review,

  • 6 Reactions and Periodicity, viii › Contents

  • AP Exam Format,

  • General Aspects of Chemical Reactions and Equations,

  • General Properties of Aqueous Solutions,

  • Precipitation Reactions,

  • Oxidation–Reduction Reactions,

  • Coordination Compounds,

  • Acid–Base Reactions,

  • Experiments,

  • Common Mistakes to Avoid,

  • Review Questions,

  • Answers and Explanations,

  • Free-Response Question,

  • Answer and Explanation,

  • Rapid Review,

  • 7 Stoichiometry,

  • Moles and Molar Mass,

  • Percent Composition and Empirical Formulas,

  • Reaction Stoichiometry,

  • Limiting Reactants,

  • Percent Yield,

  • Molarity and Solution Calculations,

  • Experiments,

  • Common Mistakes to Avoid,

  • Review Questions,

  • Answers and Explanations,

  • Free-Response Question,

  • Answer and Explanation,

  • Rapid Review,

  • 8 Gases,

  • Kinetic Molecular Theory,

  • Gas Law Relationships,

  • Experiments,

  • Common Mistakes to Avoid,

  • Review Questions,

  • Answers and Explanations,

  • Free-Response Question,

  • Answer and Explanation,

  • Rapid Review,

  • 9 Thermodynamics,

  • Calorimetry,

  • Laws of Thermodynamics,

  • Products Minus Reactants,

  • Thermodynamics and Equilibrium,

  • Experiments,

  • Common Mistakes to Avoid,

  • Review Questions,

  • Answers and Explanations,

  • Free-Response Question, Contents ‹ ix

  • Answer and Explanation,

  • Rapid Review,

  • 10 Spectroscopy, Light, and Electrons,

  • The Nature of Light,

  • Wave Properties of Matter,

  • Atomic Spectra,

  • Atomic Orbitals,

  • Photoelectron (Photoemission) Spectroscopy (PES),

  • Experiments,

  • Common Mistakes to Avoid,

  • Review Questions,

  • Answers and Explanations,

  • Free-Response Question,

  • Answer and Explanation,

  • Rapid Review,

  • 11 Bonding,

  • Lewis Electron-Dot Structures,

  • Ionic and Covalent Bonding,

  • Molecular Geometry—VSEPR,

  • Valence Bond Theory,

  • Molecular Orbital Theory,

  • Resonance,

  • Bond Length, Strength, and Magnetic Properties,

  • Experiments,

  • Common Mistakes to Avoid,

  • Review Questions,

  • Answers and Explanations,

  • Free-Response Question,

  • Answer and Explanation,

  • Rapid Review,

  • 12 Solids, Liquids, and Intermolecular Forces,

  • Structures and Intermolecular Forces,

  • The Liquid State,

  • The Solid State,

  • Phase Diagrams,

  • Relationship of Intermolecular Forces to Phase Changes,

  • Experiments,

  • Common Mistakes to Avoid,

  • Review Questions,

  • Answers and Explanations,

  • Free-Response Question,

  • Answer and Explanation,

  • Rapid Review,

  • 13 Solutions and Colligative Properties,

  • Concentration Units,

  • Electrolytes and Nonelectrolytes,

  • Colligative Properties,

  • Colloids, x › Contents

  • Experiments,

  • Common Mistakes to Avoid,

  • Review Questions,

  • Answers and Explanations,

  • Free-Response Questions,

  • Answers and Explanations,

  • Rapid Review,

  • 14 Kinetics,

  • Rates of Reaction,

  • Integrated Rate Laws,

  • Activation Energy,

  • Reaction Mechanisms,

  • Catalysts,

  • Experiments,

  • Common Mistakes to Avoid,

  • Review Questions,

  • Answers and Explanations,

  • Free-Response Question,

  • Answer and Explanation,

  • Rapid Review,

  • 15 Equilibrium,

  • Equilibrium Expressions,

  • Le Châtelier’s Principle,

  • Acid–Base Equilibrium,

  • Buffers,

  • Titration Equilibria,

  • Solubility Equilibria,

  • Other Equilibria,

  • Experiments,

  • Common Mistakes to Avoid,

  • Review Questions,

  • Answers and Explanations,

  • Free-Response Question,

  • Answer and Explanation,

  • Rapid Review,

  • 16 Electrochemistry,

  • Redox Reactions,

  • Electrochemical Cells,

  • Quantitative Aspects of Electrochemistry,

  • Nernst Equation,

  • Experiments,

  • Common Mistakes to Avoid,

  • Review Questions,

  • Answers and Explanations,

  • Free-Response Question,

  • Answer and Explanation,

  • Rapid Review,

  • 17 Nuclear Chemistry, Contents ‹ xi

  • Nuclear Reactions,

  • Nuclear Stability,

  • Nuclear Decay Calculations,

  • Mass–Energy Relationships,

  • Common Mistakes to Avoid,

  • Review Questions,

  • Answers and Explanations,

  • Free-Response Question,

  • Answer and Explanation,

  • Rapid Review,

  • 18 Organic Chemistry,

  • Alkanes,

  • Structural Isomerism,

  • Common Functional Groups,

  • Macromolecules,

  • Experiments,

  • Common Mistakes to Avoid,

  • Review Questions,

  • Answers and Explanations,

  • Free-Response Questions,

  • Answers and Explanations,

  • Rapid Review,

  • 19 Experimental Investigations,

  • Experiment 1: Spectroscopy,

  • Experiment 2: Spectrophotometry,

  • Experiment 3: Gravimetric Analysis,

  • Experiment 4: Titration,

  • Experiment 5: Chromatography,

  • Solid Samples, Experiment 6: Determination of the Type of Bonding in

  • Experiment 7: Stoichiometry,

  • Experiment 8: Redox Titration,

  • Experiment 9: Chemical and Physical Changes,

  • Experiment 10: Kinetics,

  • Experiment 11: Rate Laws,

  • Experiment 12: Calorimetry,

  • Principle, Experiment 13: Chemical Equilibrium—Le Châtelier’s

  • Experiment 14: Acid–Base Titrations,

  • Experiment 15: Buffer pH,

  • Experiment 16: The Capacity of a Buffer,

  • Common Mistakes to Avoid,

  • Review Questions,

  • Answers and Explanations,

  • Free-Response Question,

  • Answer and Explanation,

  • Rapid Review,

  • AP Chemistry Practice Exam 1, STEP 5 Build Your Test-Taking Confidence

  • AP Chemistry Practice Exam 1, Section I (Multiple Choice),

  • Answers and Explanations for Exam 1, Section 1 (Multiple Choice),

  • AP Chemistry Practice Exam 1, Section II (Free Response),

  • Answers and Explanations for Exam 1, Section II (Free Response),

  • AP Chemistry Practice Exam 2,

  • AP Chemistry Practice Exam 2, Section I (Multiple Choice),

  • Answers and Explanations for Exam 2, Section 1 (Multiple Choice),

  • AP Chemistry Practice Exam 2, Section II (Free Response),

  • Answers and Explanations for Exam 2, Section II (Free Response),

  • SI Units, Appendixes

  • Balancing Redox Equations Using the Ion-Electron Method,

  • Common Ions,

  • Bibliography,

  • Websites,

  • Glossary,

  • Avoiding “Stupid” Mistakes on the Free-Response Section,

  • Exam Resources,

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