Instructional Video31:42
Catalyst University

Catalytic Hydrogenation: Theory, Mechanism, and Examples

Higher Ed
Catalytic Hydrogenation: Theory, Mechanism, and Examples
Instructional Video12:40
The Guardian

Men need meaning and responsibility

Pre-K - Higher Ed
Sam, 11, is always being told not to worry about the nuclear power plant rising next door, but for him there is lots to think about. Hinkley Point C will be Britain’s largest nuclear plant, and it’s only two miles away. Most of his...
Instructional Video3:38
Curated Video

The Complete Guide to ASP.NET Core MVC (.NET 5) - Consume Async Repository

Higher Ed
In this video, we'll look at consume async repository. This clip is from the chapter "Advanced Concepts" of the series "The Complete Guide to ASP.NET Core MVC (.NET 5)".In this section, let's look at advanced concepts
Instructional Video6:23
Professor Dave Explains

Freidel-Crafts Acylation

12th - Higher Ed
An introduction to Friedel-Crafts chemistry.
Instructional Video3:00
Professor Dave Explains

Addition Reactions

12th - Higher Ed
An introduction to addition reactions.
Instructional Video8:39
Curated Video

Introduction to Catalysts and Investigating Catalytic Activity with Hydrogen Peroxide Decomposition

Higher Ed
This video provides an explanation of what a catalyst is and how it can increase the rate of chemical reactions. The concept of activation energy is introduced, and it is explained that catalysts lower activation energy, allowing more...
Instructional Video3:47
Mazz Media

How Catalysts Work

6th - 8th
Through animation and video footage students will learn that there are two basic types of catalysts, heterogeneous and homogeneous. Students will come to understand that catalysts have many practical applications and that scientists use...
Instructional Video4:31
FuseSchool

Manufacturing Sulphuric Acid

6th - Higher Ed
Learn the basics about manufacturing sulphuric acid as part of the equilibrium topic within reactions.
Instructional Video7:33
msvgo

Halogen Compounds:Methods of Preparation

K - 12th
This nugget explains methods of preparation of alkyl halides.
Instructional Video5:30
Curated Video

Introduction to Transition Metals: Physical and Chemical Properties

Higher Ed
The video discusses transition metals, their properties and where they are commonly found in the periodic table. The presenter provides information on the physical and chemical properties of transition metals, including their...
Instructional Video4:36
FuseSchool

Biological Detergents

6th - Higher Ed
Learn the basics about biological detergents as part of the organic chemistry within everyday life.
Instructional Video3:47
Mazz Media

How Catalysts Work

6th - 8th
Through animation and video footage students will learn that there are two basic types of catalysts, heterogeneous and homogeneous. Students will come to understand that catalysts have many practical applications and that scientists use...
Instructional Video1:58
msvgo

Enzymes 2

Pre-K - Higher Ed
It explains importance of Enzymes.
Instructional Video7:10
Curated Video

Catalysts and Enzymes: Enhancing Chemical Reactions

Higher Ed
This video explains catalysts, exploring the concept of activation energy and how catalysts can lower it to speed up reactions. The video covers the use of catalysts in industry and domestic applications, including the catalytic...
Instructional Video8:11
Professor Dave Explains

Hydrogenation of Alkynes

12th - Higher Ed
Looking at the hydrogenation of alkynes.
Instructional Video3:15
FuseSchool

What Are Catalysts?

6th - Higher Ed
Learn the basics about Catalysts. What are catalysts? How do catalysts work? Using catalysts in industry? Find out more in this video!
Instructional Video7:16
Curated Video

Exploring the Reactions of Alkenes: Formation of Halogen Alkanes, Alcohols, and Polymers

Higher Ed
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...
Instructional Video3:44
FuseSchool

Hydrocarbon Cracking & Why It Is Done

6th - Higher Ed
Learn the basics about the cracking of hydrocarbons and why it is done.
Instructional Video4:00
Curated Video

The Fascinating World of Platinum: From Jewelry to Catalysts

Pre-K - Higher Ed
Delve into the fascinating world of platinum, a noble and precious metal with numerous remarkable properties. From its resistance to corrosion and oxidation to its historical significance and modern-day applications, we uncover the...
Instructional Video6:49
Professor Dave Explains

Enzymes: Nature's Factory Workers

12th - Higher Ed
What are enzymes? Why they're nature's little factory workers. They chop up certain things! They build up others! Pretty amazing the kind of chemistry nature can do given enormous polypeptide chains with unfathomable variability and...
Instructional Video2:59
Visual Learning Systems

Reactions: Chemical Reaction Rates

9th - 12th
Chemicals interacting with each other are one of the most fascinating topics in chemistry. Fireworks, burning flares, and rusting all illustrate chemical reactions. The different types of reactions are described, as well as the process...
Instructional Video2:37
FuseSchool

What Are Catalytic Converters

6th - Higher Ed
Learn the basics about catalytic converters, as a part of the overall environmental chemistry topic. A catalyst is a substance that causes a reaction to proceed more quickly, without being used up. A catalytic converter accelerates a...
Instructional Video2:08
FuseSchool

Green Chemistry Principles - Catalysts

6th - Higher Ed
Learn the basics about the principle of green chemistry that concerns catalysis, as a part of environmental chemistry. A catalyst increases the rate of a chemical reaction. This means that desired products can be made more quickly, using...
Instructional Video4:55
Professor Dave Explains

Energy Diagrams, Catalysts, and Reaction Mechanisms

12th - Higher Ed
It's time to learn a little more about a chemical reaction. How do molecules have to be arranged and how much energy do they have to collide with? What's a catalyst? Lots of great tidbits in this one.