Канал: Doctor Bean

NMR Part 6

NMR Part 6

NMR Part 5

NMR Part 5

NMR Part 4

NMR Part 4

NMR Part 3

NMR Part 3

NMR Part 2

NMR Part 2

NMR Part 1

NMR Part 1

Lecture 15 Part 5: Addition of X2 to Alkynes

Lecture 15 Part 5: Addition of X2 to Alkynes

Lecture 15 Part 4: Addition of HX to Alkynes

Lecture 15 Part 4: Addition of HX to Alkynes

Lecture 15 Part 3: Hydroboration-Oxidation of Alkynes (Anti-Markovnikov)

Lecture 15 Part 3: Hydroboration-Oxidation of Alkynes (Anti-Markovnikov)

Lecture 15 Part 2: Acid-Catalyzed Hydration of Alkynes (Markovnikov)

Lecture 15 Part 2: Acid-Catalyzed Hydration of Alkynes (Markovnikov)

Lecture 15 Part 1: Intro to Alkynes

Lecture 15 Part 1: Intro to Alkynes

Lecture 14 Part 5: Example Problems with Alkene Chemistry

Lecture 14 Part 5: Example Problems with Alkene Chemistry

Lecture 14 Part 4: Hydroboration-Oxidation (Anti-Markovnikov Addition)

Lecture 14 Part 4: Hydroboration-Oxidation (Anti-Markovnikov Addition)

Lecture 14 Part 3: Halogenation & Halohydrin Formation

Lecture 14 Part 3: Halogenation & Halohydrin Formation

Lecture 14 Part 2: Acid-Catalyzed Hydration & Addition of HX (Markovnikov's Rule)

Lecture 14 Part 2: Acid-Catalyzed Hydration & Addition of HX (Markovnikov's Rule)

Lecture 13 Part 4: Sample Problems with Alcohol Chemistry

Lecture 13 Part 4: Sample Problems with Alcohol Chemistry

Lecture 14 Part 1: Intro to Alkenes

Lecture 14 Part 1: Intro to Alkenes

Lecture 13 Part 3: Epoxide Ring-Opening (Acidic Conditions)

Lecture 13 Part 3: Epoxide Ring-Opening (Acidic Conditions)

Lecture 13 Part 2: Epoxide Ring-Opening (Basic Conditions)

Lecture 13 Part 2: Epoxide Ring-Opening (Basic Conditions)

Lecture 13 Part 1: The ONE Reaction of Ethers

Lecture 13 Part 1: The ONE Reaction of Ethers

Lecture 12 Part 9: Reactions of Alcohols (Alcohol to Tosylate)

Lecture 12 Part 9: Reactions of Alcohols (Alcohol to Tosylate)

Lecture 12 Part 8: Reactions of Alcohols (Alcohol to Alkyl Bromide with PBr3)

Lecture 12 Part 8: Reactions of Alcohols (Alcohol to Alkyl Bromide with PBr3)

Lecture 12 Part 7: Reactions of Alcohols (Alcohol to Alkyl Chloride with SOCl2)

Lecture 12 Part 7: Reactions of Alcohols (Alcohol to Alkyl Chloride with SOCl2)

Lecture 12 Part 6: Reactions of Alcohols (A Second Approach: Making OH a Better Leaving Group)

Lecture 12 Part 6: Reactions of Alcohols (A Second Approach: Making OH a Better Leaving Group)

Lecture 12 Part 5: Carbocation Rearrangements

Lecture 12 Part 5: Carbocation Rearrangements

Lecture 12 Part 4: Reactions of Alcohols (Alcohol to Alkyl Halide with HX)

Lecture 12 Part 4: Reactions of Alcohols (Alcohol to Alkyl Halide with HX)

Lecture 12 Part 3: Intro to Epoxides

Lecture 12 Part 3: Intro to Epoxides

Lecture 12 Part 2: Intro to Ethers

Lecture 12 Part 2: Intro to Ethers

Lecture 12 Part 1: Intro to Alcohols

Lecture 12 Part 1: Intro to Alcohols

Lecture 11 Part 8: Recap of E1 & E2

Lecture 11 Part 8: Recap of E1 & E2

Lecture 11 Part 7: Regioselectivity of Elimination

Lecture 11 Part 7: Regioselectivity of Elimination

Lecture 11 Part 6: Stereochemistry of E2

Lecture 11 Part 6: Stereochemistry of E2

Lecture 11 Part 5: Effect of Base in E2

Lecture 11 Part 5: Effect of Base in E2

Lecture 11 Part 4: Substrate Effects During E2

Lecture 11 Part 4: Substrate Effects During E2

Lecture 11 Part 3: 1-Step Elimination

Lecture 11 Part 3: 1-Step Elimination

Lecture 11 Part 2: 2-Step Elimination

Lecture 11 Part 2: 2-Step Elimination

Lecture 11 Part 1: Elimination

Lecture 11 Part 1: Elimination

Lecture 10 Part 7: Comparison of SN1 and SN2

Lecture 10 Part 7: Comparison of SN1 and SN2

Lecture 10 Part 6: Summary of SN2

Lecture 10 Part 6: Summary of SN2

Lecture 10 Part 5: Stereochemistry of SN2

Lecture 10 Part 5: Stereochemistry of SN2

Lecture 10 Part 4: Effect of Nucleophile

Lecture 10 Part 4: Effect of Nucleophile

Chapter 10 Part 3: Solvent

Chapter 10 Part 3: Solvent

Lecture 10 Part 2: The Effect of Substrate

Lecture 10 Part 2: The Effect of Substrate

Lecture10 Part 1: One-Step Substitution

Lecture10 Part 1: One-Step Substitution

Lecture 9 Part 8: Summary of SN1

Lecture 9 Part 8: Summary of SN1

Lecture 9 Part 7: A Few More Notes About SN1

Lecture 9 Part 7: A Few More Notes About SN1

Lecture 9 Part 6: The Nucleophile

Lecture 9 Part 6: The Nucleophile

Lecture 9 Part 5: Effect of Leaving Group

Lecture 9 Part 5: Effect of Leaving Group

Lecture 9 Part 4: Factors that Stabilize a Carbocation

Lecture 9 Part 4: Factors that Stabilize a Carbocation

Lecture 9 Part 3: 2 Step Substitution (SN1)

Lecture 9 Part 3: 2 Step Substitution (SN1)

Lecture 9 Part 2: Reactions of Alkyl Halides

Lecture 9 Part 2: Reactions of Alkyl Halides

Lecture 9 Part 1: Alkyl Halides

Lecture 9 Part 1: Alkyl Halides

Lecture 8 Part 5: Physical Properties of Stereoisomers

Lecture 8 Part 5: Physical Properties of Stereoisomers

Lecture 8 Part 4: Compounds with More Than One Chiral Carbon

Lecture 8 Part 4: Compounds with More Than One Chiral Carbon

Lecture 8 Part 3: Designating R or S Configuration

Lecture 8 Part 3: Designating R or S Configuration

Lecture 8 Part 2: Enantiomers

Lecture 8 Part 2: Enantiomers

Lecture 8 Part 1: Chiral Carbons

Lecture 8 Part 1: Chiral Carbons

Lecture 7 Part 10: 1,4-Disubstituted Cyclohexane

Lecture 7 Part 10: 1,4-Disubstituted Cyclohexane

Lecture 7 Part 9: 1,3-Disubstituted Cyclohexane

Lecture 7 Part 9: 1,3-Disubstituted Cyclohexane

Lecture 7 Part 8: 1,2-Disubstituted Cyclohexane

Lecture 7 Part 8: 1,2-Disubstituted Cyclohexane

Lecture 7 Part 7: Substituted Cyclohexane

Lecture 7 Part 7: Substituted Cyclohexane

Lecture 7 Part 6: Energy Considerations of Cyclohexane Conformations

Lecture 7 Part 6: Energy Considerations of Cyclohexane Conformations

Lecture 7 Part 5: Cyclohexane Conformations

Lecture 7 Part 5: Cyclohexane Conformations

Lecture 7 Part 4: Energy Considerations During Butane Rotation

Lecture 7 Part 4: Energy Considerations During Butane Rotation

Lecture 7 Part 3: Rotation About the C2-C3 Bond of Butane

Lecture 7 Part 3: Rotation About the C2-C3 Bond of Butane

Lecture 7 Part 2: Energy Considerations of Ethane Rotation

Lecture 7 Part 2: Energy Considerations of Ethane Rotation

Lecture 7 Part 1: Rotation About the Carbon-Carbon Bond of Ethane

Lecture 7 Part 1: Rotation About the Carbon-Carbon Bond of Ethane

Lecture 6 Part 4: Naming Branched Alkanes

Lecture 6 Part 4: Naming Branched Alkanes

Lecture 6 Part 3: Naming Cyclic Alkanes

Lecture 6 Part 3: Naming Cyclic Alkanes

Lecture 6 Part 2: Introduction to IUPAC Nomenclature/Naming Alkanes

Lecture 6 Part 2: Introduction to IUPAC Nomenclature/Naming Alkanes

Lecture 6 Part 1: Introduction to Alkanes

Lecture 6 Part 1: Introduction to Alkanes

Lecture 5 Part 6: Carboxylic Acids, Esters, Amides, and Acyl Chlorides

Lecture 5 Part 6: Carboxylic Acids, Esters, Amides, and Acyl Chlorides

Lecture 5 Part 5: Aldehydes and Ketones

Lecture 5 Part 5: Aldehydes and Ketones

Lecture 5 Part 4: Alcohols, Ethers, Amines, Thiols, Sulfides

Lecture 5 Part 4: Alcohols, Ethers, Amines, Thiols, Sulfides

Lecture 5 Part 3: Alkyl Halides

Lecture 5 Part 3: Alkyl Halides

Lecture 5 Part 2: Hydrocarbons

Lecture 5 Part 2: Hydrocarbons

Lecture 5 Part 1:Mapping Out Electron Density

Lecture 5 Part 1:Mapping Out Electron Density

Lecture 4 Part 2: Nucleophile or Electrophile?

Lecture 4 Part 2: Nucleophile or Electrophile?

Lecture 4 Part 1: Nucleophiles and Electrophiles

Lecture 4 Part 1: Nucleophiles and Electrophiles

Lecture3Pt5:Assessing Relative Acidity (Hybridization Effects)

Lecture3Pt5:Assessing Relative Acidity (Hybridization Effects)

Lecture3Pt4: Assessing Relative Acidity (Resonance Effects)

Lecture3Pt4: Assessing Relative Acidity (Resonance Effects)

Lecture3Pt3: Assessing Relative Acidity (Inductive Effects)

Lecture3Pt3: Assessing Relative Acidity (Inductive Effects)

Lecture3Pt2: Assessing Relative Acidity (Elemental Effects)

Lecture3Pt2: Assessing Relative Acidity (Elemental Effects)

Lecture3Pt1: Acids and Bases

Lecture3Pt1: Acids and Bases

Lecture2Pt3: Condensed & Skeletal Structures

Lecture2Pt3: Condensed & Skeletal Structures

Lecture2Pt2: Resonance, cont.

Lecture2Pt2: Resonance, cont.

Lecture2Pt1:Orbital Hybridization

Lecture2Pt1:Orbital Hybridization

Lecture1Pt3: Lewis Structures and Resonance

Lecture1Pt3: Lewis Structures and Resonance

Lecture1Pt2:Bonding

Lecture1Pt2:Bonding

Lecture1Pt1:Carbon

Lecture1Pt1:Carbon