Virtual Textbook

Alphabetical Index

An A–Z index of section topics across the textbook. 842 entries spanning 90 pages. Each entry deep-links to the exact section heading on its source page.

0–9 · A · B · C · D · E · F · G · H · I · K · L · M · N · O · P · Q · R · S · T · U · V · W · Z

K

Ketenes — Carbonyl Reactivity
Ketoses — Biomolecules
Kinetic Acidity — Chemical Reactivity
Kinetic Acidity — Chemical Reactivity
Kinetic Acidity — Alkene Reactivity
Kinetic Resolution — Stereochemistry
Kinetic vs. Equilibrium Control in Semicarbazone Formation — Carbonyl Reactivity
Kinetics — Alkyl Halide Reactivity

L

Lactic Acid & Carvone Enantiomers — Stereochemistry
Lactone Formation — Non-ionic Reactions
Lactone Nomenclature — Nomenclature
The Law of Unintended Consequences
The Leuckart Reaction — Carbonyl Reactivity
Lewis Theory — Chemical Reactivity
Lewis Theory — Chemical Reactivity
Linear Free Energy Relationships — Non-ionic Reactions
Lipid Soluble Vitamins — Biomolecules
Lipids — Biomolecules

M

Magnitude of Some Typical Coupling Constants — Spectroscopy
Main Group Organometallic Compounds
The Mannich Reaction — Carbonyl Reactivity
Mass Spectrometry — Spectroscopy
A Mechanism for Electrophilic Substitution Reactions of Benzene — Aromatic Reactivity
Mechanism of Electrophilic α-Substitution — Carbonyl Reactivity
Mechanism of Operation — Biomolecules
Mechanisms of Organic Reactions — Chemical Reactivity
Mechanistic Background
The Merrifield Peptide Synthesis — Biomolecules
Meso Compounds — Stereochemistry
meso Tartaric Acid — Stereochemistry
Metal Exchange Reactions
Methods of Describing Molecules with Increasing Refinement — Stereochemistry
Methods of Generating Free Radicals — Non-ionic Reactions
The Michael Reaction — Carbonyl Reactivity
The Mitsunobu Reaction — Carbonyl Reactivity
A Model for NMR Spectroscopy — Spectroscopy
Modern Synthesis — Synthesis
Modification of Condensation Products — Carboxyl Derivative Reactivity
Modified Monosaccharides — Biomolecules
Molecular Mass Calculator — Spectroscopy
The Molecular Orbitals of Benzene — Chemical Reactivity
Molecular Structure and Acidity — Chemical Reactivity
Molecular Structure and Acidity — Alkene Reactivity
Molecularity — Alkyl Halide Reactivity
More about Pericyclic Reactions — Non-ionic Reactions
Multiplicity — Spectroscopy
Multistep Transformations — Rearrangement Reactions

N

N-Terminal Group Analysis — Biomolecules
Names of DNA Base Derivatives — Biomolecules
Naming Organic Compounds — Nomenclature
Natural Nitrogen Compounds — Amine Reactivity
Natural Products
Natural Products — Carbonyl Reactivity
Natural α-Amino Acids — Biomolecules
The Nature of Vibrational Spectroscopy — Spectroscopy
The Ninhydrin Reaction — Biomolecules
Nitriles — Carboxyl Derivative Reactivity
Nitroxide Radicals — Amine Reactivity
The Nobel Prize in Chemistry 1963 — Polymers
Nomenclature — Alcohol Reactivity
Nomenclature — Carboxyl Derivative Reactivity
Nomenclature
Nomenclature and Structure of Amines — Amine Reactivity
Nomenclature of Aldehydes and Ketones — Carbonyl Reactivity
Nomenclature of Alkene Stereoisomers — Stereochemistry
Nomenclature of Carboxylic Acids
Non-Ionic Reactions — Non-ionic Reactions
The Nonclassical Carbocation Hypothesis — Rearrangement Reactions
Nonionic Superbases — Alkene Reactivity
Nuclear Magnetic Resonance Spectroscopy — Spectroscopy
Nucleic Acids — Biomolecules
Nucleophile — Alkyl Halide Reactivity
Nucleophilic Addition Reactions & Reduction
Nucleophilic Substitution of the Hydroxyl Group — Alcohol Reactivity
Nucleophilic Substitution, Elimination and Addition Reactions of Benzene Derivatives — Aromatic Reactivity
Nucleophilicity — Alkyl Halide Reactivity
Nucleophilicity and Basicity Factors in Organic Reactions — Chemical Reactivity
Nucleophilicity of Phosphorus Compounds — Carbonyl Reactivity
Nucleophilicity of Sulfur Compounds — Carbonyl Reactivity
Nucleoside Base Distribution in DNA — Biomolecules

O

Occurrence of Aldehydes and Ketones — Carbonyl Reactivity
Oligosaccharides — Biomolecules
Optical Activity — Stereochemistry
Orbital Correlation Diagrams — Non-ionic Reactions
Organometallic Reagents from Geminal Dihalides
Orientation and Reactivity Effects of Ring Substituents — Aromatic Reactivity
Orientational Interaction of Substituents — Aromatic Reactivity
The Ortho Effect — Alkene Reactivity
Other Aromatic Systems — Chemical Reactivity
Other Arrow Symbols — Chemical Reactivity
Other Carbonyl Group Reactions — Carbonyl Reactivity
Other Functional Groups — Nomenclature
Other Functional Groups — Nomenclature
Other Methods for Hydroxyl Substitution Reactions of Alcohols — Carbonyl Reactivity
Other Natural Amino Acids — Biomolecules
Other Reactions — Carboxyl Derivative Reactivity
Other Sigmatropic Shifts — Rearrangement Reactions
Overview of Reducing Agents — Carboxyl Derivative Reactivity
Oxidation
Oxidation and Reduction Reactions — Chemical Reactivity
Oxidation of Alcohols by DMSO — Carbonyl Reactivity
Oxidation of Alcohols by DMSO — Aromatic Reactivity
Oxidation of Phenols — Alcohol Reactivity
Oxidation Reactions of Alcohols — Alcohol Reactivity
Oxidation Reagents — Chemical Reactivity
Oxidation States of Nitrogen — Amine Reactivity
Oxidation States of Phosphorus Compounds — Carbonyl Reactivity
Oxidation States of Sulfur Compounds — Carbonyl Reactivity
Oxidations — Alkene Reactivity
Oxidations
Oxidative Coupling — Biomolecules

P

~ P – N – P – N'– P – N''– P – N'''– P – N ~ — Biomolecules
Parallel Kinetic Resolution — Stereochemistry
The Payne Rearrangement — Rearrangement Reactions
The Peptide Bond — Biomolecules
Peptide Synthesis — Biomolecules
Peptides & Proteins — Biomolecules
Pericyclic Reactions — Non-ionic Reactions
Perplexing Features of Pericyclic Reactions — Non-ionic Reactions
Phenols — Alcohol Reactivity
Phospholipids — Biomolecules
Phosphorus and Sulfur Ylides — Carbonyl Reactivity
Phosphorus Compounds as Reducing Agents — Carbonyl Reactivity
Photochemical Reactions
Photochemistry
Physical Properties of Carboxylic Acids
Physical Properties of Selected Acids and Amines — Biomolecules
Physical Properties of Some Carboxylic Acid Derivatives — Carboxyl Derivative Reactivity
Physical Properties of Some Organic Compounds
Pinacol Rearrangement — Rearrangement Reactions
pKa Acidities of Some Common Hydrides — Chemical Reactivity
pKa Acidities of Some Common Hydrides — Alkene Reactivity
pKa s for Some Ammonium Species in Different Solvents — Chemical Reactivity
pKas for Some Ammonium Species in Different Solvents — Alkene Reactivity
Polar Covalent Bonds — Structure and Bonding
Polar Functions and Umpolung — Synthesis
Polymers
Polymorphism
Polymorphs of EL1
Polysaccharides — Biomolecules
Post-translational Modification — Biomolecules
Potential Energy Profile for Ethane Conformers — Stereochemistry
Preparation and Reactions
Preparation and Reactions of Silyl Enol Ethers — Chemical Reactivity
Preparation of 1º-Amines — Amine Reactivity
Preparation of 2º & 3º-Amines — Amine Reactivity
Preparation of Alkynes by Dehydrohalogenation — Alkyl Halide Reactivity
Preparation of Carboxylic Acids
Preparation of Ethers — Alcohol Reactivity
Preparation of Ylides — Carbonyl Reactivity
Primary Amines — Amine Reactivity
The Primary Structure of Peptides — Biomolecules
Principles of Organic Synthesis — Synthesis
Problem 1
Problem 2
Problem 3
Problem 4
Problem 5
Problem 6
Problems and Other Resources
Product Selectivity — Chemical Reactivity
Properties of Aldehydes and Ketones — Carbonyl Reactivity
Properties of Amines — Amine Reactivity
Properties of Carboxylic Acids
Properties of Crystalline Solids
Properties of Dienes — Alkene Reactivity
Properties of Macromolecules
Properties of Some Deuterated NMR Solvents — Spectroscopy
Prostaglandins Thromboxanes & Leukotrienes — Biomolecules
Proteins, Peptides & Amino Acids — Biomolecules
Proton Chemical Shift Ranges* — Spectroscopy
Proton Chemical Shifts (ppm) — Spectroscopy
Proton Chemical Shifts of Methyl Derivatives — Spectroscopy
Pseudoephedrine Enantiomers — Stereochemistry
Pulsed Fourier Transform Spectroscopy — Spectroscopy

Q

Quaternary Structures of Proteins — Biomolecules

R

Radical Chain-Growth Polymerization
Radical Reactions — Chemical Reactivity
Radical Reactions — Stereochemistry
Radical Recombination Reactions — Non-ionic Reactions
Rationalizing Conformational Preferences — Chemical Reactivity
Reactants and Reagents — Chemical Reactivity
Reaction Characteristics — Chemical Reactivity
Reaction Classification — Chemical Reactivity
Reaction Energetics — Chemical Reactivity
Reaction Mechanisms — Chemical Reactivity
Reaction of Amines with Nitrous Acid — Amine Reactivity
Reaction Rate = — Chemical Reactivity
Reaction Rates and Kinetics — Chemical Reactivity
Reaction Summary for Carboxylic Acid Derivatives — Carbonyl Reactivity
Reaction Variables — Chemical Reactivity
Reaction with Benzenesulfonyl chloride (The Hinsberg test) — Amine Reactivity
Reactions at the α-Carbon — Carbonyl Reactivity
Reactions at the α-Carbon — Carboxyl Derivative Reactivity
Reactions of Aldehydes and Ketones — Carbonyl Reactivity
Reactions of Alkyl Halides with Reducing Metals — Alkyl Halide Reactivity
Reactions of Alkylidene Complexes
Reactions of Amines (continued) — Amine Reactivity
Reactions of Aryl Diazonium Salts — Amine Reactivity
Reactions of Carboxylic Acid Derivatives — Carboxyl Derivative Reactivity
Reactions of Carboxylic Acids
Reactions of Dihalides — Alkyl Halide Reactivity
Reactions of Enolate-Like Species — Chemical Reactivity
Reactions of Epoxides — Alcohol Reactivity
Reactions of Ethers — Alcohol Reactivity
Reactions of Free Radicals — Non-ionic Reactions
Reactions of Fused Benzene Rings — Aromatic Reactivity
Reactions of Simple Organometallic Compounds
Reactions of Substituent Groups — Aromatic Reactivity
Reactions of Ylides — Carbonyl Reactivity
Reactions of α-Amino Acids — Biomolecules
Reactions with Organometallic Reagents — Carboxyl Derivative Reactivity
Reactive Intermediates — Chemical Reactivity
Rearangement Mechanisms in Fragmentation — Spectroscopy
Rearrangement — Chemical Reactivity
Rearrangement of Acyl Nitrenes to Isocyanates — Rearrangement Reactions
Rearrangement of Carbocations — Alkene Reactivity
Rearrangements of Acyl Carbenes — Rearrangement Reactions
Rearrangements of Cationic or Electron Deficient Nitrogen — Rearrangement Reactions
Rearrangements of Cationic Oxygen — Rearrangement Reactions
Rearrangements to Electron Deficient Heteroatoms — Rearrangement Reactions
Recycling and Disposal
Reducing Reagents — Chemical Reactivity
Reduction — Carboxyl Derivative Reactivity
Reduction
Reduction of Benzene and Derivatives by Sodium in Ammonia — Carbonyl Reactivity
Reduction of Conjugated π-Electron Systems — Carbonyl Reactivity
Reduction of Isolated Carbonyl Groups — Carbonyl Reactivity
Reductions and Oxidations of Carboxylic Acids
Reductive Removal of α-Substituents — Carbonyl Reactivity
Regio and Stereoisomerization in Macromolecules
Regioselective Enolate Formation and Diastereoselectivity — Carbonyl Reactivity
Regioselective Formation of Enolate Anions — Chemical Reactivity
Regioselectivity and the Markovnikov Rule — Alkene Reactivity
Regioselectivity in Enolate Anion Formation and Reaction — Chemical Reactivity
Related Carbonyl Derivatives
Relationship of Constitutional and Stereoisomers — Stereochemistry
Relationships of Stereoisomers — Stereochemistry
Relative Line Intensity — Spectroscopy
Relative Reactivities (per hydrogen) of Hydrogen Atom Donors with Selected Radicals — Non-ionic Reactions
Relaxation Mechanisms — Spectroscopy
Repair of DNA Damage and Replication Errors — Biomolecules
Resolution of Racemates — Stereochemistry
Resolution of Racemates — Stereochemistry
Resonance — Structure and Bonding
Reversible Addition Reactions — Carbonyl Reactivity
Ring Closure Categories — Chemical Reactivity
Ring Conformations — Stereochemistry
Rings + Double Bondsin a CnHm Hydrocarbon — Amine Reactivity
Risk Assessment
RNA and Protein Synthesis — Biomolecules
RNA Codons for Protein Synthesis — Biomolecules
RNA, a Different Nucleic Acid — Biomolecules
Rotamer Barriers in Unsaturated Compounds — Stereochemistry

S

Safety — Biomolecules
Salt Formation
Saturated
Saturated — Biomolecules
Secondary Amines — Amine Reactivity
The Secondary and Tertiary Structure of Large Peptides and Proteins — Biomolecules
The Secondary Structure of DNA — Biomolecules
Select an Example — Stereochemistry
Select an Example — Stereochemistry
Selective Oxidation of Allylic and Benzylic Alcohols — Aromatic Reactivity
Selective Oxidation Reactions — Aromatic Reactivity
Selective Peptide Cleavage — Biomolecules
Selectivity
The Sequence Rule for Assignment of Alkene Configurations — Stereochemistry
The Sequence Rule for Assignment of Configurations to Chiral Centers — Stereochemistry
The Shape of Molecules — Structure and Bonding
Shifts Occurring by Addition-Elimination Mechanisms. — Rearrangement Reactions
Sigmatropic Reactions — Non-ionic Reactions
Sigmatropic Reactions — Non-ionic Reactions
Sigmatropic Rearrangements — Non-ionic Reactions
Signal Strength — Spectroscopy
Silyl Enol Ethers as Enolate Reactants — Carbonyl Reactivity
Silyl Ethers — Carbonyl Reactivity
Six-Membered Rings
Six-Membered Rings — Stereochemistry
The SN1 Mechanism — Alkyl Halide Reactivity
The SN2 Mechanism — Alkyl Halide Reactivity
SN2 Reactions — Chemical Reactivity
Soaps and Detergents — Biomolecules
Solubility in Water
Solubility in Water — Stereochemistry
Solvation of Ions — Non-ionic Reactions
Solvent Effects — Chemical Reactivity
Solvent Effects — Alkyl Halide Reactivity
Solvent Effects — Chemical Reactivity
Solvent Effects — Spectroscopy
Solvent Effects — Alkene Reactivity
Some Baeyer-Villiger Oxidative Rearrangements — Rearrangement Reactions
Some Common Addition Polymers
Some Common Natural Peptides — Biomolecules
Some Condensation Polymers
Some Conformations of Cyclohexane Rings — Stereochemistry
Some Examples — Non-ionic Reactions
Some Examples — Spectroscopy
Some examples that illustrate these rules follow. — Spectroscopy
Some Exercises — Carboxyl Derivative Reactivity
Some Polycyclic Heterocycles
Some Standard Bond Energies and Approximate Homolysis Temperatures — Non-ionic Reactions
Some Useful Copolymers
Space-Filling Molecular Model — Biomolecules
Specialized Acylation Reagents and Techniques — Carbonyl Reactivity
Spectroscopy Problems
Spectroscopy Resources
Spin Decoupling — Spectroscopy
Spin Properties of Nuclei — Spectroscopy
Spin-Spin Coupling — Spectroscopy
Spin-Spin Interactions — Spectroscopy
Stability — Chemical Reactivity
Stable Carbonyl Hydrates and Hemiacetals — Carbonyl Reactivity
Standard Bond Energies — Chemical Reactivity
Standard State Entropies, Sº, of Representative Substances — Chemical Reactivity
Stereochemical Notations — Non-ionic Reactions
Stereochemistry of the E2 Reaction — Alkyl Halide Reactivity
Stereoelectronic Control of Enolization — Chemical Reactivity
Stereoelectronic Control of Enolization — Alkene Reactivity
Stereoelectronic Effects — Chemical Reactivity
Stereoelectronic Modulation of Cyclization — Chemical Reactivity
Stereogenic Elements and Stereoisomerism — Stereochemistry
Stereogenic Nitrogen Atoms — Stereochemistry
Stereoisomerism in Disubstituted Cyclohexanes — Stereochemistry
Stereoisomers — Stereochemistry
Stereoisomers Part II — Stereochemistry
Stereoselectivity in Addition Reactions to Double Bonds — Alkene Reactivity
Stereospecificity — Alkene Reactivity
Steric Hindrance to Rear-side Approach in Nucleophilic Substitution — Alkyl Halide Reactivity
Steroids — Biomolecules
Stevia Glycosides — Biomolecules
The Stieglitz Rearrangement — Rearrangement Reactions
Strong Bases — Chemical Reactivity
Structural Formulas for C4H10O Isomers — Structure and Bonding
Structure & Bonding — Structure and Bonding
A Structure Formula Relationship — Amine Reactivity
Structure-Property Relationships — Biomolecules
Sub-Rules for IUPAC Nomenclature — Nomenclature
Substituent Effects on the Acidity of Carboxylic Acids — Alkene Reactivity
Substituent Groups and Ligands
Substituted Cyclohexanes — Stereochemistry
Substitution — Aromatic Reactivity
Substitution — Chemical Reactivity
Substitution and Elimination — Alkyl Halide Reactivity
Substitution and Elimination Reactions of Amines — Amine Reactivity
Substitution of the Hydroxyl Group
Substitution of the Hydroxyl Hydrogen — Alcohol Reactivity
Substitution of the Hydroxyl Hydrogen — Alcohol Reactivity
Substitution of the Hydroxyl Hydrogen
Substitution Reaction Mechanisms — Alkyl Halide Reactivity
Substitution Reactions — Non-ionic Reactions
Substitution Reactions of Benzene and Other Aromatic Compounds — Aromatic Reactivity
Substitution Reactions of Benzene Derivatives — Aromatic Reactivity
Substitution with Loss of Nitrogen — Amine Reactivity
Sulfur and Phosphorus Compounds — Carbonyl Reactivity
Summary of Factors Influencing Alkyl Halide Reactions — Alkyl Halide Reactivity
Supplemental NMR Topics — Spectroscopy
Sweetening Agents — Biomolecules
Symmetry in Organic Chemistry — Stereochemistry
Symmetry Point Groups — Stereochemistry
Synthesis of Addition Polymers
Synthesis of α-Amino Acids — Biomolecules
Synthetic Preparation of Aldehydes and Ketones — Carbonyl Reactivity

T

Terminology for Absorption Shifts — Spectroscopy
Terpenes — Biomolecules
Theoretical Models for Pericyclic Reactions — Non-ionic Reactions
Thermodynamic and Chemical Stability — Chemical Reactivity
Thermodynamics — Chemical Reactivity
Three-Membered Rings
The Thymine vs. Uracil Issue — Biomolecules
Tiffeneau-Demjanov Rearrangement — Rearrangement Reactions
Topics
Trans-Addition to Alkenes — Chemical Reactivity
Transition Metal Hydrides — Stereochemistry
Transition State Aromaticity — Non-ionic Reactions
Translation — Biomolecules
Triphenylmethyl — Stereochemistry
Tropomyosin — Biomolecules
Typical Infrared Absorption Frequencies — Spectroscopy

U

Unimolecular Syn-Eliminations — Carbonyl Reactivity
Unsaturated
Unsaturated — Biomolecules
A Useful Mnemonic Rule — Non-ionic Reactions
Using Chemicals
UV-Visible Absorption Spectra — Spectroscopy
UV-Visible Spectroscopy — Spectroscopy

V

Valence — Structure and Bonding
The Variables of Organic Reactions — Chemical Reactivity
The Viewing Rule — Stereochemistry
Vilsmeier Reagent — Carbonyl Reactivity
Vinylagous Activation of C-H — Carbonyl Reactivity
Vinylagous Systems — Carbonyl Reactivity
Visible and Ultraviolet Spectroscopy — Spectroscopy
Vitamin C — Biomolecules

W

Wagner-Meerwein Rearrangements — Rearrangement Reactions
Water Solubility
Water Solubility — Stereochemistry
Water Solubility of Characteristic Compounds
Water Solubility of Characteristic Compounds — Stereochemistry
Waxes — Biomolecules
Why is 2'-Deoxyribose the Sugar Moiety in DNA? — Biomolecules
Wittig and Stevens Rearrangement — Rearrangement Reactions
Writing Formulas for Polymeric Macromolecules
Writing Reaction Mechanisms — Alkene Reactivity

Z

Ziegler-Natta Catalytic Polymerization

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