In this module IUPAC names, isomers, structure - orbital pictures, pi cloud of alkenes is discussed

It explains various methods for preparation of alcohols and phenols and the chemical properties and reactions of alcohols and phenols.

Learn how to draw out the formula of poly-chloroethene and poly-propene and learn about some of their uses in real life.

In this Super Science Rewind, Charlie and Jordan talk about a molecule that can inhibit an enzyme linked with the onset of stroke. The molecule -- developed by research teams at the University of Nebraska-Lincoln and the National...

Learn the basics about Polymerisation of propene & chloroethene. What is polymerisation? and what are propene and chloroethene? Find out more in this video!

This video provides an introduction to alkanes and alkenes, which are hydrocarbons that contain different types of carbon-carbon bonds. The video explains the general formula for these compounds and how to name them based on the number...

Radical Bromination: The Primary Alkane Reaction (Theory & Practice)

Resonance: Example Problems 2

Naming molecules according to IUPAC nomenclature.

Learn the basics about Alkanes and Alkenes, what are their properties, similarities and differences? Found out more in this video!

Learn the basics about halogenation within the alkanes and alkenes part of organic chemistry.

Looking at resonance structures for organic molecules and learning how to determine formal charge.

This is a chemistry video that discusses the reactions of alkenes. The video explains how alkenes have a carbon-carbon double bond as a common functional group, and therefore they react in a similar way. The video goes on to explain the...

Naming molecules according to IUPAC nomenclature.

Learn the basics of alkanes and alkenes. After watching the covalent bonds video you should have sufficient knowledge to understand about how alkanes and alkenes are formed and the differences between them.

Identifying Regions of Molecule with Resonance

Resonance: Practice Problems 1

Alright, let's be real. Nobody understands molecular orbitals when they first take chemistry. You just pretend you do, and then in your next course you learn them a little better. And then a little better than that. And five years later...

Obviously, gasoline and other fuels burn in the presence of fire. How does this occur? Here, we will explore the activation of oxygen to it excited singlet state and combustion of the hydrocarbon, octane. Join us here.<br/>