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Introduction | |
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About This Book | |
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Conventions Used in This Book | |
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Foolish Assumptions | |
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How This Book Is Organized | |
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Icons Used in This Book | |
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Where to Go from Here | |
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Going Organic: The Chemistry of Carbon | |
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The Wonderful World of Organic Chemistry | |
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Shaking Hands with Organic Chemistry | |
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What Are Organic Molecules, Exactly? | |
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An Organic Chemist by Any Other Name | |
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Dissecting Atoms: Atomic Structure and Bonding | |
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Electron House-Arrest: Shells and Orbitals | |
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Atom Marriage: Bonding | |
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To Share or Not to Share: Ionic and Covalent Bonding | |
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Separating Charge: Dipole Moments | |
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Seeing Molecular Geometries | |
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It's All Greek to Me: Sigma and Pi Bonding | |
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Speaking with Pictures: Drawing Structures | |
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Picture-Talk: Lewis Structures | |
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Problem Solving: Arrow Pushing | |
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Drawing Resonance Structures | |
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Covering the Bases (And the Acids) | |
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A Defining Moment: Acid-Base Definitions | |
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Comparing Acidities of Organic Molecules | |
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Defining pKa: A Quantitative Scale of Acidity | |
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Problem Solving: Predicting the Direction of Acid-Base Reactions at Equilibrium | |
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Reactivity Centers: Functional Groups | |
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Hydrocarbons | |
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Singly Bonded Heteroatoms | |
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Carbonyl Compounds | |
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Test Your Knowledge | |
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Seeing in 3-D: Stereochemistry | |
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Drawing Molecules in 3-D | |
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Comparing Stereoisomers and Constitutional Isomers | |
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Mirror Image Molecules: Enantiomers | |
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Seeing Chiral Centers | |
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Assigning Configurations to Chiral Centers: The R/S Nomenclature | |
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Problem Solving: Determining R/S Configuration | |
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The Consequences of Symmetry: Meso Compounds | |
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Rotating Plane-Polarized Light | |
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Multiple Chiral Centers: Diastereomers | |
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Representing 3-D Structures on Paper: Fischer Projections | |
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Keeping the Jargon Straight | |
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Hydrocarbons | |
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The Bones of Organic Molecules: The Alkanes | |
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What's in a Name? Alkane Nomenclature | |
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Converting a Name to a Structure | |
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Problem Solving: Drawing Isomers from a Molecular Formula | |
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Conformation of Straight-Chain Alkanes | |
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Full Circle: Cycloalkanes | |
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Problem Solving: Drawing the Most Stable Chair Conformation | |
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Reacting Alkanes: Free Radical Halogenation | |
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Seeing Double: The Alkenes | |
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Defining Alkenes | |
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Taking Away Hydrogens: Degrees of Unsaturation | |
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Nomenclature of alkenes | |
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Stereochemistry of alkenes | |
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Stabilities of Alkenes | |
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Formation of Alkenes | |
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Reactions of Alkenes | |
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It Takes Alkynes: The Carbon-Carbon Triple Bond | |
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Naming Alkynes | |
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Seeing Alkyne Orbitals | |
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Alkynes in Rings | |
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Making Alkynes | |
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Functional Groups | |
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Replacing and Removing: Substitution and Elimination Reactions | |
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Group Swap: Substitution Reactions | |
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Seeing Second-Order Substitution: The S[subscript N]2 Mechanism | |
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First-Order Substitution: The S[subscript N]1 Reaction | |
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Seeing Elimination Reactions | |
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Help! Distinguishing Substitution from Elimination | |
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Getting Drunk on Organic Molecules: The Alcohols | |
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Classifying Alcohols | |
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An Alcohol By Any Other Name: Naming Alcohols | |
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Alcohol-Making Reactions | |
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Reactions of Alcohols | |
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Side-By-Side: Conjugated Alkenes and the Diels-Alder Reaction | |
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Seeing Conjugated Double Bonds | |
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Addition of Hydrohalic Acids to Conjugated Alkenes | |
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The Diels-Alder Reaction | |
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Problem Solving: Determining Products of Diels-Alder Reaction | |
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Lord of the Rings: Aromatic Compounds | |
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Defining Aromatic Compounds | |
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Explaining Aromaticity: Molecular Orbital Theory | |
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Problem Solving: Determining Aromaticity | |
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Problem Solving: Predicting Acidities and Basicities | |
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Naming Benzenes and Aromatics | |
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Bringing Out the Howitzers: Electrophilic Aromatic Substitution of Benzene | |
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Adding Two: Synthesis of Disubstituted Benzenes | |
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Problem Solving: Synthesis of Substituted Benzenes | |
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Nucleophiles Attack! Nucleophilic Aromatic Substitution | |
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Spectroscopy and Structure Determination | |
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A Smashing Time: Mass Spectrometry | |
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Defining Mass Spectrometry | |
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Taking Apart a Mass Spectrometer | |
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The Mass Spectrum | |
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Kind and Caring: Sensitivity of Mass Spec | |
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Resolving the Problem: Resolution | |
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Changing the Weight: Isotopes | |
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The Nitrogen Rule | |
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Identifying Common Fragmentation Patterns | |
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Key Ideas Checklist | |
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Seeing Good Vibrations: IR Spectroscopy | |
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Bond Calisthenics: Infrared Absorption | |
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Dissecting an IR Spectrum | |
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Identifying the Functional Groups | |
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Seeing to the Left of the C-H Absorptions | |
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Seeing to the Right of the C-H Absorptions | |
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NMR Spectroscopy: Hold on to Your Hats, You're Going Nuclear! | |
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Why NMR? | |
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How NMR Works | |
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The NMR Spectrum | |
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The NMR Spectrum Manual: Dissecting the Pieces | |
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Considering Carbon NMR | |
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Checklist: Putting the Pieces Together | |
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Following the Clues: Solving Problems in NMR | |
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Follow the Clues | |
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Working Problems | |
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Three Common Mistakes in NMR Problem Solving | |
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The Part of Tens | |
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Ten Keys for Surviving Orgo | |
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Have a Good Attitude | |
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Work the Problems | |
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Don't Fall Behind | |
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Study the Right Way | |
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Go to Class | |
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Get Help When You Need It | |
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Ask Questions | |
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Do Organic Every Day | |
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Take Exams the Right Way | |
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Work the Problems | |
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Ten Cool Organic Discoveries | |
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Explosives and Dynamite! | |
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Fermentation | |
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The Synthesis of Urea | |
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The Handedness of Tartaric Acid | |
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Diels-Alder Reaction | |
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Buckyballs | |
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Soap | |
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Aspartame | |
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Peicillin | |
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Teflon | |
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Ten Great Organic Chemists | |
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Robert Burns Woodward | |
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August Kekule | |
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K.C. Nicolaou | |
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E.J. Corey | |
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Louis Pasteur | |
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Dorothy Hodgkin | |
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Emil Fischer | |
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Linus Pauling | |
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John Pople | |
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Friedrich Wohler and Adolf Kolbe | |
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Appendixes | |
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Working Multistep Synthesis Problems | |
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Why Multistep Synthesis? | |
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The Five Commandments | |
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Working Reaction Mechanisms | |
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The Two Unspoken Mechanism Types | |
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Do's and Don'ts for Working Mechanisms | |
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Types of Mechanisms | |
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Seeing by Example: Example Mechanism Problem | |
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Glossary | |
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Index | |