If you selected Then you May Want to ConsiderPrefaceIntroduction Laboratory Safety; Appendix: Laboratory EquipmentLaboratory SafetyChemistry and the Environment

The Effect of pH on a Food Preservative. Learning Basic Operations .

Introduction; Laboratory Safety; Chemistry and the Environment; Minlab: Making Useful Laboratory Items; OP-1: Cleaning and Drying Glassware; OP-4: Weighing; OP-5: Measuring Volume; OP-6: Making Transfers; OP-16: Vacuum Filtration; OP-26: Washing and Drying Solids; Appendix: Writing a Laboratory Report

Separating the Components of Panacetin. Extraction and Evaporation .

Laboratory Safety; The Effect of pH on a Food Preservative; Identifying a Constituent of "Panacetin;" Minilab: Extraction of Iodine by Dichloromethane; OP-4: Weighing; OP-5: Measuring Volume; OP-7a: Heat Sources; OP-15: Gravity Filtration; OP-16: Vacuum Filtration; OP-18a: Liquid-Liquid Extraction; OP-19: Evaporation; OP-26: Washing and Drying Solids

Identifying a Constituent of Panacetin. Recrystallization and Melting-Point Measurement .

Separating the Components of "Panacetin;" Minilab: Purification of an Unknown Compound by Recrystallization; OP-4: Weighing; OP-7a: Heat Sources; OP-16: Vacuum Filtration; OP-26: Washing and Drying Solids; OP-28a: Recrystallization from a Single Solvent; OP-33: Melting Point; Appendix: The Chemical Literature

Synthesis of Salicylic Acid from Wintergreen Oil. Heating under Reflux .

Synthesis and Spectral Analysis of Aspirin; Minilab: Developing and Testing a Hypothesis; OP-2: Using Specialized Glassware; OP-4: Weighing; OP-7a: Heat Sources; OP-7b: Smooth Boiling Devices; OP-7c: Heating Under Reflux; OP-16: Vacuum Filtration; OP-26: Washing and Drying Solids; OP-28: Recrystallization; OP-33: Melting Point; Appendix: Calculations of Organic Synthesis

Preparation of Synthetic Banana Oil. Simple Distillation, Gas Chromatography .

Minilab: Preparation of Acetate Esters; OP-2: Using Specialized Glassware; OP-4: Weighing; OP-7: Heating; OP-10: Mixing; OP-24: Washing Liquids; OP-25: Drying Liquids; OP-30a: Distillation of Liquids; OP-37: Gas Chromatography; Appendix: Planning an Experiment

Separation of Petroleum Hydrocarbons. Fractional Distillation .

Minilab: Gas Chromatographic Analysis of Commercial Xylene; OP-4: Weighing; OP-7: Heating; OP-32: Fractional Distillation; OP-37: Gas Chromatography; Appendix: Planning an Experiment

A Green Synthesis of Camphor. Addition and Sublimation .

Minilab: Isolation of an Expectorant from Cough Capsules; OP-4: Weighing; OP-8: Cooling; OP-9: Temperature Monitoring; OP-10: Mixing; OP-11: Addition of Reactants; OP-16: Vacuum Filtration; OP-26: Washing and Drying Solids; OP-29: Sublimation; OP-33: Melting Point; Appendix: Planning an Experiment

Identification of a Petroleum Hydrocarbon. Boiling Point, Refractive Index .

Minilab: A Missing-Label Puzzle; OP-4: Weighing; OP-5: Measuring Volume; OP-30: Simple Distillation; OP-34: Boiling Point; OP-35: Refractive Index; Appendix: Planning an Experiment

Isolation and Isomerization of Lycopene from Tomato Paste. Column Chromatography, Ultraviolet Visible Spectrometry .

Minilab: Paper Chromatography of Dyes in Commercial Drink Mixes; OP-6: Making Transfers; OP-15: Gravity Filtration; OP-18c: LiquidSolid Extraction; OP-19: Evaporation; OP-21a: LiquidSolid Column Chromatography; OP-24: Washing Liquids; OP-25: Drying Liquids; OP-26a: Washing Solids; OP-41a: UltravioletVisible Spectra; Appendix: Planning an Experiment

Experiment Correlations for Lehman, Operational Organic Chemistry 4/e

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Experiment Correlations for Lehman, Operational Organic Chemistry 4/e

Isolation and Identification of the Major Constituent of Clove Oil. Steam Distillation, Infrared Spectrometry .

Minilab: Gas Chromatographic Analysis of an Essential Oil from Orange Peel; OP-4: Weighing; OP-18: Extraction; OP-19: Evaporation; OP-20: Steam Distillation; OP-25: Drying Liquids; OP-39: Infrared Spectrometry; Appendix: Planning an Experiment

Identification of Unknown Ketones. Thin-Layer Chromatography, NMR Spectrometry .

Minilab: Identification of an Unknown Felt-Tip-Pen Ink by TLC; OP-4: Weighing; OP-5: Measuring Volume; OP-16: Vacuum Filtration; OP-22: Thin-Layer Chromatography; OP-26: Washing and Drying Solids; OP-28b: Recrystallization from Mixed Solvents; OP-33: Melting Point; OP-40a: 1H NMR Spectrometry; Appendix: Planning an Experiment

The Optical Activity of -Pinene: A Chemical Mystery. Vacuum Distillation, Optical Rotation .

Minilab: Optical Rotation of Turpentine; OP-4: Weighing; OP-10: Mixing; OP-31: Vacuum Distillation; OP-34: Boiling Point; OP-36: Optical Rotation; Appendix: Planning an Experiment

Investigation of a Chemical Bond by Infrared SpectrometryMinilab: The Structures of Organic Molecules; OP-39: Infrared Spectrometry

Properties of Common Functional Groups

Minilab: Who Else Has My Compound?; Qualitative Organic Analysis; OP-5: Measuring Volume; OP-30: Simple Distillation; OP-34: Boiling Point; OP-39: Infrared Spectrometry

Thin-Layer Chromatographic Analysis of Drug ComponentsMinilab: Identification of an Unknown Felt-Tip-Pen Ink by TLC; OP-6: Making Transfers; OP-22: Thin-Layer Chromatography

Separation of an Alkane Clathrate

OP-10: Mixing; OP-16: Vacuum Filtration; OP-18: Extraction; OP-19: Evaporation; OP-25: Drying Liquids; OP-26: Washing and Drying Solids; OP-39: Infrared Spectrometry; Appendix: Planning an Experiment

Isomers and Isomerization Reactions

Minilab: Isomers and Molecular Structure; OP-10: Mixing; OP-16: Vacuum Filtration; OP-26: Washing and Drying Solids; OP-33: Melting Point

Structures and Properties of Stereoisomers

OP-7: Heating; OP-10: Mixing; OP-18: Extraction; OP-19: Evaporation; OP-25: Drying Liquids; OP-34: Boiling Point; OP-35: Refractive Index; OP-36: Optical Rotation; OP-37: Gas Chromatography; OP-39: Infrared Spectrometry

Bridgehead Reactivity in an SN1 Solvolysis Reaction

Minilab: Reactivities of Alkyl Halides in Nucleophilic Substitution Reactions; Minilab: An SN1 Reaction of Bromotriphenylmethane; OP-5: Measuring Volume; OP-7: Heating; OP-10: Mixing

Reaction of Iodoethane with Sodium Saccharin, an Ambident Nucleophile

Minilab: An SN1 Reaction of Bromotriphenylmethane; OP-16: Vacuum Filtration; OP-26: Washing and Drying Solids; OP-33: Melting Point; OP-38: High-Performance Liquid Chromatography; OP-40: Nuclear Magnetic Resonance Spectrometry; Appendix: Planning an Experiment

Dehydration of Methylcyclohexanols and the Evelyn Effect

Minilab: Preparation and Properties of a Gaseous Alkene; OP-10: Mixing; OP-17: Centrifugation; OP-24: Washing Liquids; OP-25: Drying Liquids; OP-30: Simple Distillation; OP-37: Gas Chromatography; Appendix: Planning an Experiment

Testing Markovnikovs Rule

Minilab: Addition of Iodine to -Pinene; OP-7: Heating; OP-8: Cooling; OP-10: Mixing; OP-11: Addition of Reactants; OP-14: Trapping Gases; OP-18: Extraction; OP-18b: Salting Out; OP-19: Evaporation; OP-25: Drying Liquids; OP-30: Simple Distillation; OP:34: Boiling Point; OP-39: Infrared Spectrometry; Appendix: Planning an Experiment

Stereochemistry of Bromine Addition to trans -Cinnamic Acid

Minilab: Unsaturation in Commercial Products; OP-10: Mixing; OP-11: Addition of Reactants; OP-16: Vacuum Filtration; OP-26: Washing and Drying Solids; OP-28: Recrystallization; OP-33: Melting Point; Appendix: Planning an Experiment

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Experiment Correlations for Lehman, Operational Organic Chemistry 4/e

A Green Synthesis of Adipic Acid

Minilab: The Nylon Rope Trick; OP-6: Making Transfers; OP-7: Heating; OP-8: Cooling; OP-10: Mixing; OP-16: Vacuum Filtration; OP-26: Washing and Drying Solids; OP-28: Recrystallization; OP-33: Infrared Spectrometry; Appendix: Planning an Experiment

Preparation of Bromotriphenylmethane and the Trityl Free Radical

Minilab: An SN1 Reaction of Bromotriphenylmethane; Minilab: Free-Radical Stability; OP-7: Heating; OP-10: Mixing; OP-11: Addition of Reactants; OP-14: Trapping Gases; OP-15: Gravity Filtration; OP-16: Vacuum Filtration; OP-19: Evaporation; OP-26: Washing and Drying Solids; OP-27: Cleaning and Drying Gases; OP-28: Recrystallization; OP-33: Melting Point; Appendix: Planning an Experiment

Chain-Growth Polymerization of Styrene and Methyl Methacrylate

Minilab: The Nylon Rope Trick; OP-7: Heating; OP-10: Mixing; OP-16: Vacuum Filtration; OP-26: Washing and Drying Solids; OP-30: Simple Distillation; OP-39: Infrared Spectrometry

Synthesis of Ethanol by FermentationOP-16: Vacuum Filtration; OP-32: Fractional Distillation; OP-34: Boiling Point; Appendix: Planning an Experiment

Reaction of Butanols with Hydrobromic Acid

Minilab: Identification of an Unknown Arene by NMR Spectrometry; OP-7: Heating; OP-10: Mixing; OP-14: Trapping Gases; OP-20: Steam Distillation; OP-24: Washing Liquids; OP-25: Drying Liquids; OP-30: Simple Distillation; OP-34: Boiling Point; OP-39: Infrared Spectrometry; Appendix: Planning an Experiment

Borohydride Reduction of Vanillin to Vanillyl AlcoholMinilab: Oxidation of Alcohols by Potassium Permanganate; Appendix: Planning an Experiment

Synthesis of Triphenylmethanol and the Trityl Carbocation

Minilab: Preparation of a Fluorescent Dye; OP-7: Heating; OP-10: Mixing; OP-11: Addition of Reactants; OP-12a: Using Drying Tubes; OP-15: Gravity Filtration; OP-16: Vacuum Filtration; OP-19: Evaporation; OP-24: Washing Liquids; OP-25: Drying Liquids; OP-26: Washing and Drying Solids; OP-28: Recrystallization; OP-33: Melting Point; OP-39: Infrared Spectrometry; Appendix: Planning an Experiment

An Unexpected Reaction of 2,3-Dimethyl-2, 3-butanediol

Minilab: Photoreduction of Benzophenone; Qualitative Organic Analysis; OP-10: Mixing; OP-24: Washing Liquids; OP-25: Drying Liquids; OP-30: Simple Distillation; OP-34: Boiling Point; OP-39: Infrared Spectrometry; OP-40: Nuclear Magnetic Resonance Spectrometry; Appendix: Planning an Experiment

Identification of a Conjugated Diene from Eucalyptus Oil

Minilab: Diels-Alder Reaction of Maleic Anhydride and Furan; OP-7: Heating; OP-16: Vacuum Filtration; OP-26: Washing and Drying Solids; OP-28: Recrystallization; OP-33: Melting Point; OP-37: Gas Chromatography; OP-39: Infrared Spectrometry; Appendix: Planning an Experiment

Spectral Identification of Monoterpenes

Minilab: Identification of an Unknown Arene by NMR Spectrometry; Minilab: Interpretation of a Mass Spectrum; OP-39: Infrared Spectrometry; OP-40: Nuclear Magnetic Resonance Spectrometry; OP-41: UltravioletVisible Spectrometry

Synthesis and Spectral Analysis of Aspirin

Minilab: Interpretation of a Mass Spectrum; OP-7: Heating; OP-10: Mixing; OP-16: Vacuum Filtration; OP-26: Washing and Drying Solids; OP-28: Recrystallization; OP-39: Infrared Spectrometry; OP-40: Nuclear Magnetic Resonance Spectrometry; Appendix: Planning an Experiment

Directive Effects in the Bromination of Vanillin

Minilab: Free-Radical Stability; OP-10: Mixing; OP-16: Vacuum Filtration; OP-26: Washing and Drying Solids; OP-28: Recrystallization; OP-33: Melting Point; Appendix: Planning an Experiment

Mechanism of the Nitration of Arenes by Nitronium Fluoborate

Minilab: Nitration of Naphthalene; OP-18: Extraction; OP-19: Evaporation; OP-24: Washing Liquids; OP-25: Drying Liquids; OP-37: Gas Chromatography; Appendix: Planning an Experiment

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Experiment Correlations for Lehman, Operational Organic Chemistry 4/e

FriedelCrafts Acylation of Anisole

Minilab: Preparation of Carbocations by the Friedel-Crafts Reaction; OP-7: Heating; OP-10: Mixing; OP-11: Addition of Reactants; OP-12: Excluding Water from Reaction Mixtures; OP-14: Trapping Gases; OP-16: Vacuum Filtration; OP-24: Washing Liquids; OP-25: Drying Liquids; OP-26: Washing and Drying Solids; OP-30: Simple Distillation; OP-33: Melting Point; OP-39: Infrared Spectrometry; Appendix: Planning an Experiment

Determination of the Structure of a Natural Product in Anise Oil

Isolation and Identification of the Major Constituent of Clove Oil; Steam Distillation and Infrared Spectrometry; Minilab: Air Oxidation of Fluorene to 9-Fluorenone; OP-7: Heating; OP-10: Mixing; OP-16: Vacuum Filtration; OP-26: Washing and Drying Solids; OP-28: Recrystallization; OP-33: Melting Point; OP-39: Infrared Spectrometry; Appendix: Planning an Experiment

Identification of an Oxygen-Containing Organic Compound

Minilab: Oxidation of Alcohols by Potassium Permanganate; Minilab: Identification of an Unknown Arene by NMR Spectrometry; Qualitative Organic Analysis; OP-26: Washing and Drying Solids; OP-28: Recrystallization; OP-30: Simple Distillation; OP-33: Melting Point; OP-34: Boiling Point; OP-39: Infrared Spectrometry; OP-40: Nuclear Magnetic Resonance Spectrometry; Appendix: Properties of Organic Compounds

Oxidation of the Insect Repellent 6-12

OP-10: Mixing; OP-11: Addition of Reactants; OP-18: Extraction; OP-19: Evaporation; OP-25: Drying Liquids; OP-30: Simple Distillation; OP-39: Infrared Spectrometry; Appendix: Planning an Experiment

Isomerization of a Cyclic Ketone

Isomers and Isomerization Reactions; Qualitative Organic Analysis; OP-7: Heating; OP-8: Cooling; OP-10: Mixing; OP-18: Extraction; OP-19: Evaporation; OP-24: Washing Liquids; OP-25: Drying Liquids; OP-39: Infrared Spectrometry; OP-40: Nuclear Magnetic Resonance Spectrometry; Appendix: Planning an Experiment

A Wittig Reaction of trans -Cinnamaldehyde

Minilab: A Nucleophilic Addition-Elimination Reaction of Benzil; OP-7: Heating; OP-10: Mixing; OP-16: Vacuum Filtration; OP-18: Extraction; OP-19: Evaporation; OP-25: Drying Liquids; OP-26: Washing and Drying Solids; OP-28: Recrystallization; OP-33: Melting Point; Appendix: Planning an Experiment

Effect of Reaction Conditions on the Condensation of Furfural with Cyclopentanone

A Green Synthesis of Adipic Acid; Minilab: Preparation of Aldol Condensation Products; OP-8: Cooling; OP-10: Mixing; OP-16: Vacuum Filtration; OP-18: Extraction; OP-19: Evaporation; OP-24: Washing Liquids; OP-25: Drying Liquids; OP-26: Washing and Drying Solids; OP-28: Recrystallization; OP-31: Vacuum Distillation; OP-33: Melting Point; OP-40: Nuclear Magnetic Resonance Spectrometry; Appendix: Planning an Experiment

Electronic Effect of a para -Iodo Substituent

Minilab: Acid-Base Strengths of Organic Compounds; OP-7: Heating; OP-8: Cooling; OP-10: Mixing; OP-16: Vacuum Filtration; OP-26: Washing and Drying Solids; OP-28: Recrystallization; Appendix: Planning an Experiment

Synthesis and Identification of an Unknown Carboxylic Acid

Identification of a Conjugated Diene from Eucalyptus Oil; Minilab: Hydrolysis Rates of Esters; OP-10: Mixing: OP-15: Gravity Filtration; OP-16: Vacuum Filtration; OP-26: Washing and Drying Solids; OP-33: Melting Point; Appendix: Planning an Experiment; Appendix: Properties of Organic Compounds

Preparation of the Insect Repellent N,N -Diethyl-meta -toluamide

Minilab: Preparation of Benzamide; OP-7: Heating; OP-8: Cooling; OP-10: Mixing; OP-11: Addition of Reactants; OP-14: Trapping Gases; OP-18: Extraction; OP-19: Evaporation; OP-21: Column Chromatography; OP-24: Washing Liquids; OP-25: Drying Liquids; OP-37: Gas Chromatography; OP-39: Infrared Spectrometry; OP-40: Nuclear Magnetic Resonance Spectrometry; Appendix: Planning an Experiment

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Experiment Correlations for Lehman, Operational Organic Chemistry 4/e

Synthesis of Dimedone and Measurement of its Tautomeric Equilibrium Constant

Minilab: Synthesis of Dimedone Derivatives of Benzaldehyde; OP-7: Heating; OP-10: Mixing: OP-13: Excluding Air from Reaction Mixtures; OP-16: Vacuum Filtration; OP-19: Evaporation; OP-26: Washing and Drying Solids; OP-28: Recrystallization; OP-33: Melting Point; OP-40: Nuclear Magnetic Resonance Spectrometry; Appendix: Planning an Experiment

Preparation of Para Red and Related Azo Dyes

Minilab: A Diazonium Salt Reaction of 2-Aminobenzoic Acid; OP-8: Cooling; OP-10: Mixing; OP-16: Vacuum Filtration; OP-26: Washing and Drying Solids; Appendix: Planning an Experiment

Reaction of Phthalimide with Sodium Hypochlorite

Minilab: Beckmann Rearrangement of Benzophenone Oxime; OP-7: Heating; OP-8: Cooling; OP-9: Temperature Monitoring; OP-10: Mixing; OP-16: Vacuum Filtration; OP-26: Washing and Drying Solids; OP-28: Recrystallization; OP-33: Melting Point; Appendix: Planning an Experiment

Identification of an Unknown Amine

Minilab: Oxidation of Alcohols by Potassium Permanganate; Minilab: Identification of an Unknown Arene by NMR Spectrometry; Qualitative Organic Analysis; OP-26: Washing and Drying Solids; OP-28: Recrystallization; OP-30: Simple Distillation; OP-33: Melting Point; OP-34: Boiling Point; OP-39: Infrared Spectrometry; Appendix: Properties of Organic Compounds

Preparation and Mass Spectrum of 2-Phenylindole

Minilab: Dyeing with Indigo; OP-7: Heating; OP-9: Temperature Monitoring; OP-10: Mixing; OP-15: Gravity Filtration; OP-16: Vacuum Filtration; OP-26: Washing and Drying Solids; OP-28: Recrystallization; OP-29: Sublimation; OP-33: Melting Point; OP-42: Mass Spectrometry; Appendix: Planning an Experiment

Nucleophilic Strength and Reactivity in SNAr Reactions OP-5: Measuring Volume; OP-10: Mixing; OP-41b: Colorimetry

Structure of an Unknown D-Hexose

Minilab: Reactions of Monosaccharides with Phenols; OP-7: Heating; OP-8: Cooling; OP-10: Mixing; OP-16: Vacuum Filtration; OP-26: Washing and Drying Solids; OP-28: Recrystallization; OP-33: Melting Point; OP-36: Optical Rotation; Appendix: Planning an Experiment

Fatty Acid Content of Commercial Cooking Oils

Minilab: Isolation of Trimyristin from Nutmeg; Minilab: Preparation of a Soap Using a Phase-Transfer Catalyst; OP-7: Heating; OP-18: Extraction; OP-19: Evaporation; OP-25: Drying Liquids; OP-37: Gas Chromatography; Appendix: Planning an Experiment

Structure of an Unknown Dipeptide

Minilab: Isolation of a Protein from Milk; OP-3: Using Glass Rod and Tubing; OP-18: Extraction; OP-19: Evaporation; OP-22: Thin-Layer Chromatography; OP-23: Paper Chromatography; OP-24: Washing Liquids; Appendix: Planning an Experiment

Multistep Synthesis of Benzilic Acid from Benzaldehyde

Minilab: A Spontaneous Reaction of Benzaldehyde; OP-7: Heating; OP-10: Mixing; OP-15: Gravity Filtration; OP-16: Vacuum Filtration; OP-26: Washing and Drying Solids; OP-28: Recrystallization; OP-33: Melting Point; OP-39: Infrared Spectrometry; Appendix: Planning an Experiment

Using the Chemical Literature in an Organic Synthesis Appendix: The Chemical Literature; Bibliography

A Research Project in Organic ChemistryIntroduction; Using the Chemical Literature in an Organic Synthesis; Appendix: The Chemical Literature; Bibliography

Minlab: Making Useful Laboratory ItemsMinilab: Extraction of Iodine by DichloromethaneMinilab: Purification of an Unknown Compound by RecrystallizationMinilab: Developing and Testing a Hypothesis IntroductionMinilab: Preparation of Acetate Esters

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Experiment Correlations for Lehman, Operational Organic Chemistry 4/e

Minilab: Gas Chromatographic Analysis of Commercial XyleneMinilab: Isolation of an Expectorant from Cough CapsulesMinilab: A Missing-Label Puzzle Identification of a Petroleum HydrocarbonMinilab: Paper Chromatography of Dyes in Commercial Drink MixesMinilab: Gas Chromatographic Analysis of an Essential Oil from Orange PeelMinilab: Identification of an Unknown Felt-Tip Pen Ink by TLCMinilab: Optical Rotation of TurpentineMinilab: The Structures of Organic MoleculesMinilab: Who Else Has My Compound?Minilab: Isomers and Molecular StructureMinilab: Reactivities of Alkyl Halides in Nucleophilic Substitution ReactionsMinilab: An SN1 Reaction of BromotriphenylmethaneMinilab: Preparation and Properties of a Gaseous AlkeneMinilab: Addition of Iodine to -PineneMinilab: Unsaturation in Commercial ProductsMinilab: Free-Radical StabilityMinilab: The Nylon Rope TrickMinilab: Nucleophilic Substitution Rates of AlcoholsMinilab: Photoreduction of BenzophenoneMinilab: Oxidation of Alcohols by Potassium PermanganateMinilab: Preparation of a Fluorescent DyeMinilab: DielsAlder Reaction of Maleic Anhydride and Furan

Minilab: Identification of an Unknown Arene by NMR SpectrometryMinilab: Interpretation of a Mass SpectrumMinilab: Nitration of NaphthaleneMinilab: Preparation of Carbocations by the FriedelCrafts Reaction Synthesis of Triphenylmethanol and the Trityl CarbocationMinilab: Air Oxidation of Fluorene to 9-FluorenoneMinilab: A Nucleophilic AdditionElimination Reaction of BenzilMinilab: Preparation of Aldol Condensation ProductsMinilab: A Spontaneous Reaction of BenzaldehydeMinilab: AcidBase Strengths of Organic CompoundsMinilab: Hydrolysis Rates of EstersMinilab: Preparation of BenzamideMinilab: Synthesis of Dimedone Derivatives of BenzaldehydeMinilab: A Diazonium Salt Reaction of 2-Aminobenzoic Acid Qualitative Organic AnalysisMinilab: Beckmann Rearrangement of Benzophenone OximeMinilab: Dyeing with IndigoMinilab: Reactions of Monosaccharides with PhenolsMinilab: Isolation of Trimyristin from Nutmeg

Minilab: Preparation of a Soap Using a Phase-Transfer CatalystMinilab: Isolation of a Protein from Milk

Qualitative Organic Analysis

Identification of an Oxygen-Containing Organic Compound; Identification of an Unknown Amine; Appendix: Properties of Organic Compounds

OP-1: Cleaning and Drying GlasswareOP-2: Using Specialized Glassware Appendix: Laboratory EquipmentOP-3: Using Glass Rod and TubingOP-4: WeighingOP-5: Measuring VolumeOP-6: Making TransfersOP-7: Heating OP-8: CoolingOP-9: Temperature MonitoringOP-10: MixingOP-11: Addition of ReactantsOP-12: Excluding Water from Reaction MixturesOP-13: Excluding Air from Reaction MixturesOP-14: Trapping GasesOP-15: Gravity Filtration

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Experiment Correlations for Lehman, Operational Organic Chemistry 4/e

OP-16: Vacuum FiltrationOP-17: CentrifugationOP-18: ExtractionOP-19: EvaporationOP-20: Steam DistillationOP-21: Column ChromatographyOP-22: Thin-Layer ChromatographyOP-23: Paper ChromatographyOP-24: Washing LiquidsOP-25: Drying LiquidsOP-26: Washing and Drying SolidsOP-27: Cleaning and Drying GasesOP-28: RecrystallizationOP-29: SublimationOP-30: Simple DistillationOP-31: Vacuum DistillationOP-32: Fractional DistillationOP-33: Melting PointOP-34: Boiling PointOP-35: Refractive IndexOP-36: Optical RotationOP-37: Gas ChromatographyOP-38: High-Performance Liquid ChromatographyOP-39: Infrared Spectrometry BibliographyOP-40: Nuclear Magnetic Resonance Spectrometry OP-41: UltravioletVisible SpectrometryOP-42: Mass Spectrometry BibliographyAppendix: Laboratory EquipmentAppendix: Keeping a Laboratory NotebookAppendix: Writing a Laboratory ReportAppendix: Calculations for Organic SynthesisAppendix: Planning an ExperimentAppendix: Properties of Organic Compounds Qualitative Organic AnalysisAppendix: The Chemical Literature BibliographyBibliography

Basic Operations Set Qualitative Organic Analysis SetLearning Basic Operations. The Effect of pH on a Food Preservative Properties of Common Functional GroupsExtraction and Evaporation. Separating the Components of Panacetin Identification of an Oxygen-Containing Organic CompoundRecrystallization and Melting-Point Measurement. Identifying a Constituent of Panacetin Qualitative Organic Analysis Heating under Reflux. Synthesis of Salicylic Acid from Wintergreen Oil Appendix: Properties of Organic CompoundsSimple Distillation, Gas Chromatography. Preparation of Synthetic Banana Oil

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