Instructional Video8:33
SciShow

8 Creative Ways Animals Store Food

12th - Higher Ed
You aren't the only animal with a pantry! Hosted by: Michael Aranda
Instructional Video7:00
Bozeman Science

Le Chatelier's Principle

12th - Higher Ed
In this video Paul Andersen explains how Le Chatelier's Principle can be used to predict the effect of disturbances to equilibrium. When a reversible reaction is at equilibrium disturbances (in concentration, temperature, pressure, etc.)...
Instructional Video8:33
SciShow

8 Creative Ways Animals Store Food

12th - Higher Ed
You aren't the only animal with a pantry!
Instructional Video4:42
TED-Ed

TED-Ed: This weird trick will help you summon an army of worms | Kenny Coogan

Pre-K - Higher Ed
In the middle of Florida's Apalachicola National Forest, a bizarre, almost magical scene is unraveling. Sliding a metal strip over a wooden stake, a master summoner is sending deep croaking noises reverberating throughout the area. And,...
Instructional Video5:35
Bozeman Science

Ideal Gas Law

12th - Higher Ed
In this video Paul Andersen explains how the pressure, volume, amount, and temperature of an ideal gas are related. Absolute zero of a gas can be determined by varying the temperature and measuring the corresponding volume of a gas...
Instructional Video8:00
SciShow

These Superpowered Animals Use Your 5 Senses, But Better

12th - Higher Ed
Many animals use the same five senses as we do, but these creatures take that beyond the next level.
Instructional Video11:56
Bozeman Science

Mole Conversions

12th - Higher Ed
Mr. Andersen shows you how to convert moles to grams and moles to molecules.
Instructional Video7:56
Crash Course

Temperature: Crash Course Physics

12th - Higher Ed
Bridges. Bridges don't deal well with temperature changes. In order to combat this, engineers have come up with some work arounds that allow bridges to flex as they expand or contract. In this episode of Crash Course Physics, Shini talks...
Instructional Video9:45
Bozeman Science

Stoichiometry

12th - Higher Ed
In this video Paul Andersen explains how stoichiometry can be used to quantify differences in chemical reactions. The coefficients in a balanced chemical equation express the mole proportions in that reaction. These values can be used to...
Instructional Video9:09
Bozeman Science

Limiting Reactants and Percent Yield

12th - Higher Ed
Mr. Andersen explains the concept of a limiting reactant (or a limiting reagent) in a chemical reaction. He also shows you how to calculate the limiting reactant and the percent yield in a chemical reaction.
Instructional Video7:02
Bozeman Science

The Mole

12th - Higher Ed
In this video Paul Andersen defines and explains the importance of the mole. The mole is simply a number (like a dozen) used to express the massive number of atoms in matter. It serves as a bridge between the mass of a compound and the...
Instructional Video3:00
Curated Video

Bizarre Adaptations

6th - 12th
All animals develop specific characteristics in response to their environment, but some adaptations are more weird and wonderful than others. Biology - Adaptation And Evolution - Learning Points. Every animal species on the planet has...
Instructional Video6:21
Curated Video

How to Calculate Molarity | Chemistry Made Easy

9th - Higher Ed
Calculating molarity is as easy as plugging numbers into the triangle and using your calculator to either multiply or divide the numbers given in the problem. Calculating molarity is important in chemistry as molarity is a common...
Instructional Video7:59
Curated Video

The Science of Skin: Understanding Freckles and Moles

6th - Higher Ed
Uncover the fascinating world of skin genetics with a deep dive into how freckles form and why they're hereditary, and explore the nature of moles and their implications for health. Featuring expert dermatological insights, this video...
Instructional Video3:52
Curated Video

4 Mistakes Chemistry Students Make!

9th - Higher Ed
Chemistry can be challenging and as with most classes in school, there are some mistakes that pretty much all students make. In this video, we cover these common mistakes to help you avoid them!
Instructional Video3:14
Curated Video

Striking a Balance : Investigating Reaction Rate and Stoichiometry

9th - Higher Ed
Influence of Stoichiometry on Rate of Reaction. Rate of Reaction & Stoichiometry part 1
Instructional Video3:11
Curated Video

Discovering Zero Order Reactions : The Dynamic World

9th - Higher Ed
Zero Order Reaction - Definition & Expression. Zero Order Reactions part 1
Instructional Video1:51
Curated Video

Captivating Illustrations of First-Order Reactions

9th - Higher Ed
Illustration of First Order Reaction. First Order Reactions part 2
Instructional Video1:37
Curated Video

Learning the Mechanisms : Investigating the Breakdown of Ammonia and Reaction Rates

9th - Higher Ed
Stoichiometry role in rate formation of Nitric oxide formation. Rate of Reaction & Stoichiometry part 2
Instructional Video2:41
Curated Video

Wellbeing A-Z -Uv exposure

12th - Higher Ed
We also look at the dangers of UV exposure,
Instructional Video4:12
Curated Video

GCSE Chemistry - The Mole (Higher Tier) #25

9th - Higher Ed
This video covers the term 'mole', explains 'Avogadros constant', and runs through examples of the sort of calculations you might have to do with moles. This video is suitable for: - Higher tier only - All exam boards - Triple and...
Instructional Video5:40
Curated Video

GCSE Chemistry - Moles, Concentration & Volume Calculations #29

9th - Higher Ed
This video covers: - How to use the moles = concentration x volume equation - A worked example using the above equation and molar ratios Exam board specific info: AQA - Higher tier only IGCSE Edexcel - Higher tier and separate science...
Instructional Video5:51
Science Buddies

How to Make a Solution | Chemistry and Biology Techniques

K - 5th
Learn how to easily and accurately make a solution and calculate the solution concentration.
Instructional Video5:18
Curated Video

Moles

3rd - Higher Ed
This video will explain the concept of a mole and how to convert between moles, grams, and atoms.