Learn the basics of chair and boat conformation for cyclohexane in this video. [12:28]

Learn the basics of Double Newman diagram for methylcyclohexane in this video. [14:37]

Investigate cyclohexane's boat and chair conformations in this video. [9:19]

A video showing how to draw chair conformations for disubstituted cyclohexane. [11:17]

Learn a new technique for representing organic molecule structure called line or line-angle diagram. This technique was created by Khan Academy founder, Sal Khan. [7:28]

Learn how to name alkyl halides in this video lecture. Video gives you step-by-step examples. [9:02]

An in-depth look at carbocations and rearrangements of carbons in organic chemistry. [11:26]

In this video, learn about various ways to represent organic molecules, ending with a bond-line structure which is the most common way to represent these molecules. [12:56]

A video lesson highlighting an Sn2 reaction which is an inversion of Stereochemistry. [10:01]

Hank talks about IUPAC, prefixes, suffixes, ranking, numbers for carbon chains, and cis or trans double bonds. [9:05]

A video lecture explaining a substitution nucleophilic (Sn2) reaction. [11:31]

A video lecture discussing stereoselectivity in the E2 elimination mechanism. Understand that in this mechanism there is a choice of two products and one is favored in the reaction. [11:50]

Explains Zaitsev's Rule for E2 and E1 elimination reactions. [13:29]

The general reaction and mechanism of Electrophilic Aromatic Substitution. [6:55]

Learn about the mechanism of alkylation in organic chemistry. [13:43]

An instructional video showing the Amide formation from Acyl Chloride. [9:01]

An instructional video demostrating the Double Newman Diagram for Methcyclohexane. [14:39]

An instructional video featuring the topic of regiochemistry. [12:58]

Video lecture explains relative stability of Amides Esters Anhydrides and Acyl Chlorides. [11:09]

Understand the R/S System of naming chiral centers based on the Cahn Ingold Prelog priority rules. [11:08]

Gain a clear understanding of nomenclature in organic chemistry. [7:29]

Chiral examples are exposed for clearer understanding of chirality. Chiral molecules are molecules that have asymmetric mirror images. [10:19]

A lesson explaining the names of alkynes. [7:08]

An introduction to ether and its properties are featured in this Khan Academy presentation. [10:59]