InfoCoBuild

Chemistry 201: Organic Reaction Mechanisms I

Chemistry 201: Organic Reaction Mechanisms I (Fall 2012, UC Irvine). Instructor: Professor David Van Vranken. Why is it that organic chemists can't seem to agree on how to draw plausible arrow-pushing mechanisms? In this course we connect frontier molecular orbital theory and mechanistic arrow-pushing in elementary reaction steps. By equating the interactions between filled orbitals and un-filled orbitals with curved arrows, and distinguishing them from Coulombic interactions, we collimate seemingly endless depictions into a plausible few.

Lecture 11 - Eliminations (cont.), Addition to Pi Star

Go to the Course Home or watch other lectures:

Lecture 01 - Arrow Pushing, Part 1

Lecture 01 - Arrow Pushing, Part 2

Lecture 02 - Molecular Orbital Theory

Lecture 02 - Molecular Orbital Theory (cont.), Energy

Lecture 03 - Energy

Lecture 04 - Selectivity

Lecture 05 - Carbocations

Lecture 06 - Carbocation Stabilization by Vicinal Sigma Bonds

Lecture 07 - Non-classical Carbocations (cont.), Neighboring Groups

Lecture 08 - Neighboring Groups in Ionization Reactions and Solvation

Lecture 09 - Addition to Sigma Star: Proton Transfer

Lecture 09 - Addition to Sigma Star: Proton Transfer (cont.), S_N2 Reactions

Lecture 10 - Addition to Sigma Star: S_N2 Reactions (cont.), Migratory Displacements

Lecture 11 - Eliminations

Lecture 11 - Eliminations (cont.), Addition to Pi Star

Lecture 12 - Addition to Pi Star (cont.)

Lecture 12 - Addition to Pi Star (cont.)

Lecture 13 - Anions

Lecture 13 - Anions (cont.), Alkali Organometallics

Lecture 14 - Alkali Organometallics (cont.)

Lecture 14 - Alkali Organometallics (cont.), Electrophilic Addition to C=C

Lecture 15 - Electrophilic Addition to C=C (cont.)

Lecture 15 - Electrophilic Addition to C=C (cont.) & Lecture 16. C-C Bonds

Lecture 17 - Enols, Enamines and Enolates

Lecture 19 - Sulfur Chemistry

Lecture 20 - Phosphorus Chemistry