Instructional Video4:29
Curated Video

Simple Chemical Tests for Gases

Higher Ed
This video discusses the various tests that chemists use to identify different gases like hydrogen, oxygen, carbon dioxide, chlorine, and ammonia. The presenter demonstrates each test using simple equipment like test tubes, splints, and...
Instructional Video7:38
Professor Dave Explains

Free Radical Halogenation

12th - Higher Ed
Introducing free radical halogenation of alkanes.
Instructional Video7:02
Astrum

Do nebulae really look like this?

Higher Ed
Thanks to the Hubble Space Telescope, we have seen nebula like never before. But are they really as colourful as Hubble makes out?
Instructional Video3:00
Curated Video

The Properties and Uses of Helium

Pre-K - Higher Ed
Helium is a chemical element that is the second most abundant in the universe. It is a noble gas, known for its low reactivity and lightness. Helium is widely used for inflating balloons and airships, as well as in various medical and...
Instructional Video7:01
Curated Video

Reversible Reactions and Dynamic Equilibrium Explained

Higher Ed
The video explains the concepts of reversible reactions and dynamic equilibria in chemistry. The video also discusses how changing the temperature, pressure, or concentration of a system can affect the position of the equilibrium.
Instructional Video3:20
FuseSchool

Collision Theory & Reactions - Part 2

6th - Higher Ed
In Part 2, learn the basics about Collision Theory and Reactions. Different reactions can happen at different rates. What is a collision theory and how does it relate to reactions? Find out more in this video!
Instructional Video4:21
FuseSchool

How Has The Atmosphere Changed

6th - Higher Ed
Learn the basics about the changes to our atmosphere, as a part of environmental chemistry. The Earth’s early atmosphere had no oxygen. By examining rocks laid down over earth history we can piece together the story of our atmosphere, to...
Instructional Video6:00
Mazz Media

Ionic and Covalent Bonding

6th - 8th
In this video students will come to understand the basic difference between ionic and covalent bonding. Viewers will learn that covalent bonds form between non-metallic atoms that share pairs of electrons and covalent bonds form between...
Instructional Video9:06
msvgo

Atomic Masses and Composition of Nucleus

K - 12th
This nugget describes the nucleus of an atom. It talks about the various aspects of a nucleus like atomic number, atomic mass unit, isotopes and isobars, with examples.
Instructional Video3:23
Professor Dave Explains

Oxidation and Reduction

12th - Higher Ed
Defining oxidation and reduction in the context of organic chemistry, and introducing common oxidizing and reducing agents.
Instructional Video4:18
Curated Video

Introduction to Alkanes and Alkenes: Chemical Formulas, Naming, and Differences

Higher Ed
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...
Instructional Video8:31
Professor Dave Explains

Carbohydrates Part 1: Simple Sugars and Fischer Projections

12th - Higher Ed
It's the night before the big game! You're carbo-loading! Wait, what are carbs? Did you know that sugar is a carbohydrate? You didn't?! Well, you'd better watch this, my friend. We will cover all the monosaccharides in their linear and...
Instructional Video2:50
TMW Media

Properties Of Water: Unique properties of water

K - 5th
What are the unique properties of water? What are the freezing and boiling points of water? Properties Of Water, Part 2
Instructional Video4:00
FuseSchool

Different Types of Fuels for Transportation

6th - Higher Ed
Learn the basics about the different types of fuels, and their roles in transportation, as a part of environmental chemistry.
Instructional Video2:55
FuseSchool

CHEMISTRY - Matter - In Depth Atomic Mass Units

6th - Higher Ed
Learn the basics about Atomic Mass Units. The atomic mass is used to find the average mass of elements and molecules and to solve stoichiometry problems. Find out more in this video!
Instructional Video3:21
FuseSchool

How To calculate Percentage Mass

6th - Higher Ed
In this video from our Chemical Calculation Series learn how to calculate Percentage Mass within a Chemical Formula.
Instructional Video6:07
Let's Tute

Chemical Properties of Carbon Compounds: Combustion Reactions

9th - Higher Ed
In this video, the teacher explains the chemical properties of carbon compounds, focusing on combustion reactions. These reactions release heat and light and are classified into complete and incomplete combustion. The video also explains...
Instructional Video15:16
msvgo

Integrated Rate Equations

K - 12th
It explains zero order reaction and derives its rate constant. It describes the first order reaction rate constant. It discusses about half-life of a reaction.
Instructional Video14:35
Catalyst University

Structure and Function of Erythrocytes (RBCs)

Higher Ed
In this video, we explore the basic properties and functions of red blood cells, also known as erythrocytes.
Instructional Video13:21
Professor Dave Explains

Cyclohexane Chairs

12th - Higher Ed
How to draw cyclohexane chair conformations and assess their relative energies.
Instructional Video4:21
FuseSchool

Electrolysis of Brine

6th - Higher Ed
Learn the basics about the electrolysis of brine within the overall reactions topic.
Instructional Video6:25
Catalyst University

General Chemistry | Lewis Structures (Example #3)

Higher Ed
In this video, we will determine the Lewis structure for the compound, CHCl3 (chloroform).
Instructional Video4:12
FuseSchool

What Is The Electrochemical Series

6th - Higher Ed
Different combinations of metals produce different voltages and this depends on how strongly the metal could force its electrons to move across a cell. The electrochemical series is a list of metals and other substances arranged in rank...
Instructional Video4:36
FuseSchool

PHYSICS - Radiation - Nuclear Fusion

6th - Higher Ed
At the start of the 20th century scientists had a good estimate of how old the Earth was. At least several billion years of age. This led to the tricky question as to how the Sun not only generated heat and light, but how it had done...