BrainChildren Chemistry
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BrainChildren Chemistry
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John Congleton
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ACD: How to Draw Double Bonds with the ACD Drawing Tool
Chapter 1 Isomers Tutorial
Chapter 1 Part 1 Introduction to Ochem and Bond Types
Chapter 1 Part 2 Lewis Structures and VSEPR
Chapter 1 Part 3 Bond Line Structures and Introduction to Isomers
Chapter 1 Part 4 Formal Charges
Chapter 1 Part 5 Resonance
Chapter 1 Part 6 Atomic and Molecular Orbitals
Chapter 1 Part 7 Hybridization of Atoms
Chapter 1 Part 8 Drawing Organic 3-D Molecules
Chapter 1 Part 9 Bond Length and Cis Trans Nomenclature
Chapter 1: Resonance and Hybridization
Chapter 10 Part 1 Nomenclature
Chapter 10 Part 2 Structure Classification and Properties
Chapter 10 Part 3 Synthesis and Hydride Additions
Chapter 10 Part 4 Formation of Organometallic Reagents
Chapter 10 Part 5 Synthesis of Alcohols Using Organometallic Reagents
Chapter 10 Part 6 Further Reactions of Organometallic Reagents
Chapter 11 Part 1 Oxidation of Alcohols
Chapter 11 Part 2 Biological Oxidations
Chapter 11 Part 3 Reactions of Tosylates
Chapter 11 Part 4 Addition of HBr and Lucas Reagent
Chapter 11 Part 5 Addition of PBr3 and SOCl2
Chapter 11 Part 6 Dehydration and Esterification
Chapter 13: Part 3, 1H-NMR Chemical Shifts
Chapter 13: Part 5, 1H-NMR Integration
Chapter 14 Part 1 Nomenclature of Ethers
Chapter 14 Part 2 Acid Promoted Cleavage and Autoxidation
Chapter 14 Part 3 Synthesis of Epoxides and Ring Opening
Chapter 15 Mastering Chemistry Mechanism Tutorial
Chapter 15 MO Nodes Review
Chapter 15 Part 1 Stability
Chapter 15: Diels-Alder Reaction Using an s-trans Diene
Chapter 15: Part 2: Molecular Orbitals of 1,3-Butadiene
Chapter 15: Part 3: Allylic Bromination
Chapter 15: Part 4: 1,2 and 1,4-Addition to Conjugated Dienes
Chapter 15: Part 5: Diels-Alder (part 1)
Chapter 15: Part 6: Diels-Alder Reaction Stereochemistry (part 2)
Chapter 15: Part 7: Diels-Alder Examples (part 3)
Chapter 15: What are the Enantiomers of 2,3-pentadiene
Chapter 16 Part 3 Huckels Examples
Chapter 16: Part 1, Introduction to Aromatic Compounds and MOs
Chapter 16: Part 2, Huckel's Rules
Chapter 16: Part 4, Nomenclature of Aromatic Compounds
Chapter 17: Part 1, Intro Electrophilic Aromatic Substitution and Halogenation Reactions
Chapter 17: Part 2, Nitration EAS
Chapter 17: Part 3, EAS Sulfonation
Chapter 17: Part 4, Nitration of Toluene
Chapter 17: Part 5, EAS Activating Ortho/Para Directors
Chapter 17: Part 6, EAS Deactivating Meta-Directors
Chapter 17: Part 7, EAS MultiStep Synthesis
Chapter 17: Part 7, EAS Reactions with Multiple Substituents
Chapter 17: Part 8, Friedel-Crafts Alkylation and Acylation
Chapter 17: Part 9, Side Chain and Nucleophilic Aromatic Substitution
Chapter 18 Acetal Hydrolysis
Chapter 18 Hemiacetal Hydrolysis
Chapter 18 Imine Hydrolysis Mechanism Help
Chapter 18 Part 8 Additions to Acid Chlorides
Chapter 18 Part 9 Oxidation, Hydrogenation, and Deoxygenation of Aldehydes
Chapter 18: Mechanism: Hydrolysis of 2-methoxyoxane
Chapter 18: Part 1, Introduction to Aldehydes and Ketones
Chapter 18: Part 2, Nomenclature of Aldehydes and Ketones
Chapter 18: Part 3, Spectroscopy of Aldehydes and Ketones
Chapter 18: Part 4, Hemiacetals and Acetals
Chapter 18: Part 5, Review Reactions and Reactivity of Aldehydes and Ketones
Chapter 18: Part 6, Imines
Chapter 18: Part 7, Wittig Reaction
Chapter 18: Use of Aldehyde Protecting Groups
Chapter 19 Imine Hydrolysis
Chapter 19: Part 1, Introduction and Nomenclature Of Amines
Chapter 19: Part 2, Structure and Stereochemistry of Amines
Chapter 19: Part 3, Physical Properties of Amines
Chapter 19: Part 4, EAS and NAS of Amines
Chapter 19: Part 5, Alkylation and Hoffman of Amines
Chapter 19: Part 6, Nitrosamine Reactions
Chapter 19: Part 7, Reductions of Amines and Sulfa Drugs
Chapter 2 Part 1 Introduction to Acids, Bases and pka
Chapter 2 Part 2 Factors of Acid Strength
Chapter 2 Part 3 Organic Chemistry Functional Groups
Chapter 20 Part 1 Introduction and Nomenclature of Carboxylic Acids
Chapter 20 Part 2 Physical Properties and Acidity of Carboxylic Acids
Chapter 20 Part 3 Review of Synthesis and SnAc of Carboxylic Acids
Chapter 20 Part 4 Fischer Esterification and Diazomethanes
Chapter 20 Part 4b The Wonderful Odor of Esters
Chapter 20 Part 5 Additional Reactions of Carboxylic Acids
Chapter 20: Esterification Mechanism
Chapter 21 Part 1Introduction and Nomenclature of Carboxylic Acid Derivatives
Chapter 21 Part 2 Derivative Interconversions
Chapter 21 Part 3 Transesterification and Hydrolysis
Chapter 21 Part 4 Saponification
Chapter 21 Part 5 Amide Hydrolysis
Chapter 21 Part 6 Nitrile Hydrolysis
Chapter 21 Part 7 Derivative Reductions
Chapter 21 Reaction of (2R, 3S)-Butane-2,3-diol with Phosgene
Chapter 22 Aldol Reaction
Chapter 22 Part 1 Alpha Substitution and Enolate Formation
Chapter 22 Part 10 Acetoacetic Synthesis
Chapter 22 Part 11 Michael Addition
Chapter 22 Part 12 Robinson Annulation
Chapter 22 Part 2 Kinetic and Thermodynamic Enolates
chapter 22 Part 3 Keto Enol Tautomers
Chapter 22 Part 4 Halogenation
Chapter 22 Part 5 Haloform, Enamines, and Alkylations
Chapter 22 Part 6 Aldol Reaction
Chapter 22 Part 7 Crossed Aldol Reaction
Chapter 22 Part 8 Claisen Ester Reaction
Chapter 22 Part 9 Malonic Ester Reaction
Chapter 3 Part 1 Alkane Nomenclature: Introduction and Finding the Longest Carbon Chain
Chapter 3 Part 10 Conformations of Cyclohexane
Chapter 3 Part 11 Drawing The Chair Conformation of Cyclohexane
Chapter 3 Part 12 Stability of Monosubstitued and Disubstituted Cyclohexanes
Chapter 3 Part 13 Physical Properties of Alkanes
Chapter 3 Part 14 Nomenclature of Bicycloalkanes
Chapter 3 Part 2 rules 2 3 4
Chapter 3 Part 3 Alkane Nomenclature, Naming with Complex Substituents
Chapter 3 Part 4 Alkane Nomenclature: Special Common Names
Chapter 3 Part 5 Naming Alkyl Halides
Chapter 3 Part 6 Nomenclature of Cycloalkanes
Chapter 3 Part 7 Conformations of Ethane
Chapter 3 Part 8 Conformations of Butane
Chapter 3 Part 9 Stabilityof Cycloalkanes
Chapter 3: Nomenclature of Alkyl Halides
Chapter 4 Free-Radical Reaction: Part 2 Bond Cleavage and Bond Dissociation Energy
Chapter 4 Free-Radical Reactions: Part 3 Stability of Radicals
Chapter 4 Free-Radical Reactions: Part 5 Enthalpies of Chlorination
Chapter 4 Part 1 Intro and Thermodynamics Kinetics
Chapter 4 Part 4 Free Radical Mechanism
Chapter 4 Part 6 Regioselectivity of Chlorination
Chapter 4 Part 7 Regioselectivity for Bromination
Chapter 4 Part 8 Hammond Postulate
Chapter 4 Part 9 Radical inhibitors
Chapter 5 Part 1 Introduction and Tests for Chirality
Chapter 5 Part 2 How to Identify Chiral Atoms
Chapter 5 Part 3 R and S Assignments
Chapter 5 Part 4 R and S Examples
Chapter 5 Part 5 Fischer Projections
Chapter 5 Part 6 Other Types of Stereoisomerism: Diastereomers and Meso
Chapter 5 Part 7 Optical Rotation
Chapter 6 Part 1 Introduction to Elimination and Substitution Reactions
Chapter 6 Part 10 Sn1 vs Sn2
Chapter 6 Part 2 Leaving Groups and Bases
Chapter 6 Part 3 What are Nucleophiles?
Chapter 6 Part 4 Sn2 Mechanism Rate Law and Stereochemistry
Chapter 6 Part 5 Factors Affecting Sn2 Reactions
Chapter 6 Part 6 Sn1 Mechanism and Rate Law
Chapter 6 Part 7 Factors Affecting Sn1 Reactions
Chapter 6 Part 8 Stereochemistry of Sn1 Reactions
Chapter 6 Part 9 Rearrangements
Chapter 6: Mastering Chemistry: SN1 Mechanisms and MarvinJS
Chapter 7 Allylic Bromination Using NBS
Chapter 7 Cycloalkene Nomenclature Example
Chapter 7 Part 11 Structure and Naming Alkenes
Chapter 7 Part 12 Index of Unsaturation
Chapter 7 Part 13 Stability of Cycloalkenes
Chapter 7 Part 14 E2 Reaction Mechanism and Regiochemistry
Chapter 7 Part 15 E2 Stereochemistry and Zaitsev’s Rule
Chapter 7 Part 16 Examples of E2 with different #H atoms on Beta Carbons
Chapter 7 Part 17 Anti-Zaitsev's Product (Hofmann)
Chapter 7 Part 18 E1 Mechanism and Stereochemistry
Chapter 7 Part 19 Competing Pathways
Chapter 7 Part 20 Acid Catalyzed Dehydration
Chapter 8 HBr Addition to an Alkene: Methyl Shift and Ring Expansion
Chapter 8 Part 1 Introduction to Anti and Syn Addition
Chapter 8 Part 2 Markovnikov HBr Addition
Chapter 8 Part 3 Anti-Markovnikov Addition of HBr
Chapter 8 Part 4 Acid Catalyzed Hydration of Alkenes
Chapter 8 Part 5 Hydroxy Mercuration Demercuration
Chapter 8 Part 6 Hydroboration Reduction
Chapter 8 Part 7 Hydrogenation and Halogenation
Chapter 8 Part 8 Halohydrin Formation and Epoxidation
Chapter 8 Part 9 Acid Catalyzed Ring Opening and Hydroxylation
Chapter 9 Part 1 Nomenclature and Properties
Chapter 9 Part 2 Reactions of Acetylide Ions
Chapter 9 Part 3 Synthesis of Alkynes
Chapter 9 Part 4 Multistep Synthesis with Alkynes
Chapter 9 Part 5 Hydrogenation of Alkynes
Chapter 9 Part 6 Hydration of Alkynes Using HgSO4
Chapter 9 Part 7 Hydration of Alkynes using Sia2BH
Chemistry 225 Lab: Aldol Experiment
Chemistry 225 Lab: Diels-Alder Reaction
Chemistry 225 Lab: Gignard Experiment
Chemistry 225 Lab: IR 1HNMR Mass Spec of an Unknown
Chemistry 225 Lab: IR Spectroscopy
Chemistry 225 Lab: Mass Spectrometry Examples Spectra
Chemistry 225 Lab: Mass Spectrometry Examples, Molecular Formulas
Chemistry 225 Lab: Mass Spectrometry Lecture
Chemistry 225 Lab: Qualitative Analysis
Chemistry 225 Lab: Synthesis of Banana Oil
Chemistry 225 Lab: Synthesis of Benzocaine
Chemistry 225 Lab: UV-VIS Theory
Chemistry 225 Lab:13C-NMR Lecture
Chemistry Demonstrations
Classical Guitar, Performed by John Congleton
Column Chromatography: John Congleton
Gas Chromatography: John Congleton
How to Label Atoms in MarvinJS/ Mastering Chemistry
Liquid-Liquid Extraction: Part 1
Liquid-Liquid Extraction: Part 2
Liquid-Liquid Extraction: Part 3
MarvinJS Tool: Drawing Formal Charges for Acids and Bases (Part 1)
MarvinJS Tool: Drawing Formal Charges for Acids and Bases (Part 2)
Mastering Chemistry ACDLAB 1H NMR Simulator
Mastering Chemistry Help: MarvinJS and Newman Projections
Mastering Chemistry Help: MarvinJS Chair Conformations
Mastering Chemistry Introduction to MarvinJS Help
Mastering Chemistry Sign In Help
Mastering Help Chapter 4 Free Radical Mechanism
Mastering Help Mapping 1H-NMR Hydrogens Using Atom Properties
Mechanism: Electrophilic Aromatic Substitution using an Alkene with HCl
Melting Point: John Congleton
Recrystallization: John Congleton
Science Night (Virtual) 2020!
Simple and Fractional Distillation: Part 1
Simple and Fractional Distillation: Part 2
Simple and Fractional Distillation: Part 3
SN1 Mechanism, Ring Contraction and Rearrangements
Thin Layer Chromatography: John Congleton