Learn about the criteria needed to give a molecule the special stability, aromatic. [9:37]

The effect of electron-withdrawing and electron-donating groups.

The mechanism of the Birch reduction. [7:09]

Review the aromaticity of polycyclic compounds, such as naphthalene on this video. [9:26]

Study the Aromaticity of the cyclopentadienyl anion and cycloheptatrienyl cation with this video. [10:30]

A video discussing the aromatic stability specifically aromaticity of the cyclopentadienyl anion and cycloheptatrienyl cation. [10:30]

A video reviewing over the aromaticity of the cyclopropenyl cation and antiaromaticity of cyclobutadiene. [11:46]

A video exploring the aromaticity of heterocycles which are rings containing one or more non-carbon atoms. [11:47]

A video discussing the aromaticity or aromatic stability of benzene. [5:58]

Explore aromatic heterocycles with five-membered rings on this video. Investigate aromaticity of pyrrole, imidazole, and thiophene. [12:08]

A video exploring how the geometry of a molecule plays into aromaticity. Be able to answer the question why cyclooctatetraene is not aromatic like benzene. [10:01]

Practice naming hydrocarbons with branches and rings in this video. Also, learn how carbons are classified as: primary, secondary, tertiary, and quaternary carbons. [13:05]

An exploration of aromatic stability as it relates to benzene. [5:59]

Explains what aromatic heterocycles are. [11:49]

A video exploring the aromatic stability specifically the aromaticity of polycyclic compounds, such as naphthalene. [9:26]

Help to understand Regiochemistry. [10:46]

Understand inductive and resonance effects. [7:40]

Understand the directing effects of substituents on a benzene ring. [6:34]

An addendum to a previous video on Friedel-Crafts Acylation. [0:50]