Instructional Video4:05
SciShow

The Shocking Truth About Electric Animals!

12th - Higher Ed
Learn more about electric animals with Hank Green.
Instructional Video2:35
Curated Video

Static Electricity - Part 1

3rd - 12th
In part 1 of a discussion on static electricity, Dr. Boyd shows you how you can build up static electricity, and how you can make a soda can move with a balloon. Minute 0:00 – Introduction Minute 0:17 – What you’ll need Minute 0:30 –...
Instructional Video5:25
Curated Video

GCSE Chemistry - Electrolysis Part 3 - Aqueous Solutions #42

9th - Higher Ed
In this video we cover:

- How the electrolysis of soluble compounds w
orks
- The rules to find out which ions are discharge at each
electrode
- Electrolysis of aqueous
copper sulfate
- Electrolysis of...
Instructional Video3:14
Curated Video

GCSE Chemistry - Metallic Bonding #20

9th - Higher Ed
This video covers bonding between metal atoms which we call metallic bonding. It also looks at the properties this gives rise to and how they differ from alloys.



This video is sui
table for:
- Higher and F
oundation...
Instructional Video3:44
Curated Video

GCSE Chemistry - Reactivity Series of Metals & Displacement Reactions #37

9th - Higher Ed
When metals react they lose their outermost electrons. This video covers which metals are the most and least reactive & also how we can determine reactivity by reacting them with acids and water. Then at the end we cover displacement...
Instructional Video13:24
The Noted Anatomist

Resting membrane potential

Higher Ed
This brief video tutorial briefly discusses resting membrane potential: 0:00​​. Introduction 0:53. What is a resting membrane potential? 1:33. How is a RMP measured? 4:12. How do we get a RMP at cell membranes? 9:04. How is the RMP...
Instructional Video3:13
Curated Video

Chemical Reactions Involving Metals: Oxidation, Reduction, and Redox Reactions

Higher Ed
The video discusses common chemical reactions involving metals such as oxidation and reduction, the formation of positive ions, and redox reactions. It also shows the results of experiments where different metals react with water and...
Instructional Video9:25
Curated Video

Understanding Half Equations in Electrochemistry

Higher Ed
The video gives a brief overview of oxidation and reduction and then focuses on reactions at the cathode and anode in an electrolytic cell. The concept of half equations is introduced and demonstrated through examples, with a focus on...
Instructional Video15:44
Curated Video

Iron Tests: Flame Test, Sodium Hydroxide Test, and Tests for Negative Ions

Higher Ed
This video is an educational presentation on common tests used to detect the presence of particular ions in compounds. The presenter demonstrates and explains various tests for positive and negative ions, including the flame test and...
Instructional Video2:36
FuseSchool

Testing For Negative Ions

6th - Higher Ed
Learn the basics about testing for negative ions. Which methods and techniques are used to test negative ions? Find out more in this video!
Instructional Video11:11
Catalyst University

The Cardiac Muscle Action Potential EXPLAINED

Higher Ed
In this video, we explore the biochemical events that take place during the action potential of an individual cardiomyocyte.
Instructional Video5:57
Curated Video

Identifying Metals and Non-Metals: Characteristics, Reactions, and Differences

Higher Ed
This is a video lesson on metals and nonmetals. The speaker explains the differences between metals and nonmetals, their characteristics, how to identify them on the periodic table, and how to identify them through their reactions with...
Instructional Video4:58
FuseSchool

What Is Electrolysis

6th - Higher Ed
Electrolysis is electrical current flow through a liquid which causes chemical changes. The liquid can be a molten ionic compound or aqueous solution. The liquid will contain free-flowing positive ions and negative ions. The positive...
Instructional Video
Khan Academy

Khan Academy: Group Trends for Ionizations Energy

9th - 10th
Explanation of the ionization energy required for different groups on the Periodic Table. [10:18]