Acid-Catalyzed Hydration of 1-Hexene with IR; H NMR; C NMR (Microscale Synthesis)

Aldol Condensation with Melting Point; IR; H NMR; C NMR (Microscale Synthesis)

Hydroboration and Oxidation of 1-Hexene with IR; H NMR; C NMR (Asymmetric Microscale Synthesis)

Stereochemistry of the Addition of Bromine to trans-Cinnamic Acid with Melting Point; IR; H NMR; C NMR (Microscale Synthesis)

C-NMR Identification of Unknown with C NMR (Dry Lab)

H NMR Identification of Unknowns with H NMR (Dry Lab)

IR Identification of Unknowns with IR (Dry Lab)

Reaction of Iodoethane with Sodium Saccharin with Melting Point (Microscale Synthesis)

Synthesis of Aspirin for Organic with Melting Point; IR; H NMR; C NMR (Microscale Synthesis)

Amino Acids (Macroscale Synthesis)

Carbohydrates (Macroscale Synthesis)

Lipids (Macroscale Synthesis)

Peptides and Proteins With Identification of Unknown (Macroscale Synthesis)

Coordination Compounds Using Copper (II) Sulfate

Measuring Avogadro’s Number

Voltaic Cells

Atomic Spectra Using Theoretical Calculations

Beer's Law and Spectrophotometry (Using Colorimeter)

Visible Spectra and the Nature of Light and Color

Acid-Catalyzed Dehydration of an Alcohol with IR; H NMR; C NMR; GC (Microscale Synthesis)

Acid/Base Titration; Buffers; and pH

Buffer Solutions (using mL)

Determination of an Equilibrium Constant (half volumes)

Determination of Solubility Product Constant With Common Ion Effect

Le Chatelier's Principle

Using Spectrophotometry to Determine an Equilibrium Constant

Inorganic Nomenclature of Binary and Ternary Compounds; Including Oxidation Numbers and Ternary Compounds (Dry Lab)

Exploring Intermolecular Attractions via Viscosity (using capillary action including used motor oil)

Melting Points of Compounds and Mixtures with Melting Point (Macroscale Synthesis)

Preparation and Properties of Soap

Soluble and Insoluble Salts for Intro Chem or GOB

Solutions; Electrolytes; and Concentrations (Using a Digital Conductivity Meter)

Kinetics of an Iodine Clock Reaction With Activation Energy (Microscale Synthesis)

Basic Laboratory Techniques

Density and Specific Gravity

Determination of Density

Glassware; Techniques; and Measurement Using 25 mL grad cylinders

Introduction to Laboratory Measurements With Volumetric Pipet

Two-step Synthesis of Anisic Acid with MP; IR; H NMR; C NMR (Microscale Synthesis)

Diels-Alder Reaction with Melting Point; IR (Microscale Synthesis)

Grignard Reaction: Synthesis of Benzoic Acid with Melting Point; IR; C NMR (Microscale Synthesis)

Williamson Ether Synthesis with Melting Point; IR; H NMR; C NMR (Microscale Synthesis)

Wittig Reaction of Trans-Cinnamaldehyde with TLC; Melting Point; IR; H NMR; C NMR (Microscale Synthesis)

Molecular Modeling (Dry Lab)

Structures in Organic Compounds Using WebMO (Dry Lab)

Cannizzaro Reaction: Reaction Without a Solvent with Melting Point; IR; H NMR; C NMR (Macroscale Synthesis)

Copper-Catalyzed Oxidation of Benzoin with Melting Point; IR; H NMR; C NMR (Microscale Synthesis with Microwave Reaction)

Oxidation-Reduction Reactions

Reducing Benzil Using Sodium Borohydride with Melting Point; IR; H NMR; C NMR (Microscale Synthesis)

Colligative Properties With Freezing Point

Molar Mass of Solute using Freezing Point Depression

Identification of Polymers

Polymer Crosslinking: Slime (student-made PVA solution)

Aldehydes and Ketones (Macroscale Synthesis)

Aqueous Solutions (Macroscale Synthesis)

Classification of Alcohols (Macroscale Synthesis)

Identification of Alcohols and Phenols (Macroscale Synthesis)

Reactions of Hydrocarbons (Macroscale Synthesis)

Thin Layer Chromatography for Analysis of Drug Components with TLC

Analysis of KClO3/KCl Mixture Using the Ideal Gas Law

Boyle's Law: Exploring Precision in the Lab

Ideal Gas Law Using kPa

Chemistry of Copper and Percent Yield Starting With a Solution

Extraction of Caffeine with Melting Point (Macroscale Synthesis)

Fractional Distillation with GC (Macroscale Synthesis)

Purifying Acetanilide through Recrystallization with Melting Point (Microscale Synthesis)

Quantitative Separation of a Solid Mixture

Separation by Distillation with GC (Microscale Synthesis)

Separation of 3-Nitroaniline; Benzoic Acid; and Naphthalene with Melting Point; IR (Microscale Synthesis with Green Synthesis)

Separation of Components of a Mixture

Chemical and Physical Properties

Chemical Reactions and Equations with two sodium carbonate reactions

Chemicals in Everyday Life

Identification of a Halide

Periodic Trends in Physical and Chemical Properties

pH Scale of Acid and Base Solutions

Qualitative Analysis of Anions

Qualitative Analysis of Cations

Types of Chemical Reactions

Conversion Factors and Problem Solving

Using Excel to Graph Data About Tire Pressure

Nuclear Radiation Including Nuclear Reactions and Half-Life

Analysis of a Conjugated Diene from Eucalyptus Oil with Melting Point; IR; H NMR; C NMR; GC (Microscale Synthesis)

Pinacol Rearrangement with IR; H NMR; C NMR (Microscale Synthesis with Solventless Green Synthesis)

Determination of Amount of Sodium Hypochlorite in Bleach: A Redox Titration

Determination of Molar Mass and Identity of Diprotic Acid With Standardization

Empirical Formulas

Limiting Reactants

Titration: Determining the Concentration of an Acid With Standardization

Volumetric Analysis Without Standardization

Compounds and their Bonds of Ionic Compounds with Oxidation States

Lewis Structures and Molecular Modeling (Dry Lab)

Modeling Geometry and Polarity Using WebMO App including Resonance and MOs (Dry Lab)

Banana Oil: Synthesis of an Ester with Distillation; IR; H NMR; C NMR (Macroscale Synthesis)

Directive Effects in the Bromination of Vanillin with Melting Point; IR (Microscale Synthesis)

Nucleophilic Aromatic Substitution with Melting Point; IR; H NMR; C NMR (Microscale Synthesis with Microwave Reaction)

Nucleophilic Substitution Preparation of Nerolin with Melting Point; IR; H NMR; C NMR (Microscale Synthesis with Microwave Reaction)

Substituent Effects in Electrophilic Aromatic Substitution with IR (Microscale Synthesis)

Synthesis of Esters with IR; H NMR; C NMR (Macroscale Synthesis)

Trityl bromide and Ethanol in an SN1 Reaction with Melting Point; IR; H NMR; C NMR (Microscale Synthesis)

Energy and Specific Heat

Thermochemistry: Enthalpy of Combustion for Fuels (using methanol)

Constant Pressure Calorimetry Using calories

Entropy of Borax Dissolution