Instructional Video4:23
1
1
MinutePhysics

What Is the Purpose of Life? (Big Picture Ep. 5/5)

11th - Higher Ed
In the eyes of a physicist, the purpose of life is to continue the mission of the sun. An engaging lesson discusses the increasing entropy levels of energy that originates at the sun. As life forms use that energy, entropy rises...
Instructional Video3:15
1
1
MinutePhysics

How Entropy Powers the Earth (Big Picture Ep. 4/5)

11th - Higher Ed
Energy can be either useful or useless, depending on you look at it! A video lesson examines how entropy works with the Law of Conservation of Energy. Scholars learn how Earth receives and uses photons from the sun in a state of low...
Instructional Video1:50
MinutePhysics

The Arrow of Time feat. Sean Carroll

9th - Higher Ed Standards
Time isn't considered a property of physics, but rather a feature. Sean Carroll explains how we remember the past but not the future; yet we still consider time a dimension in physics. The video offers a brief overview of entropy and the...
Instructional Video13:41
1
1
Crash Course

Entropy: Embrace the Chaos!

9th - 12th Standards
Chemistry makes it seem that everything has its place and behaves according to different laws. Not always true! Disorder and chaos can and do happen in chemistry; scientists call this disorder entropy. Learn about entropy and its...
Instructional Video5:39
Be Smart

The Amazing Science of… DUST?

6th - 12th
Why do we bother to dust when more will start to land as soon as we get rid of it? What is dust made of and why won't it ever go away? The video answers these questions and more. 
Instructional Video2:55
Be Smart

Why Does Time Go Forward?

6th - 12th
Has your class ever wondered why time always progresses in a forward direction and why we cannot travel backward? Learners view this short video segment to explore the concept of entropy and its relevance to time in relation to their...
Instructional Video3:46
TED-Ed

What Triggers a Chemical Reaction?

9th - Higher Ed Standards
Chemical reactions are happening all around us every second of every day, but what exactly causes these changes to occur? Using easy-to-understand analogies, this video explains how the concepts of enthalpy and entropy determine the ways...
Instructional Video5:34
TED-Ed

At What Moment Are You Dead?

7th - 12th Standards
When is a person no longer living? This question has been puzzled over for millennia, but is there a clear answer? Watch as this video examines the biological line separating life and death.
Instructional Video4:32
TED-Ed

The Chemistry of Cold Packs

7th - 12th Standards
How can it take water hours to freeze, but a cold pack can go from room temperature to near freezing in an matter of moments? Find out with this short video that explores the endothermic reaction that make these modern marvels possible.
Instructional Video14:51
Educreations

Entropy & Free Energy

9th - Higher Ed Standards
An understanding of chemical reactions really boils down to two concepts: entropy and enthalpy. Follow along with this instructional video as it explains how these two principles are used to calculate Gibbs free-energy which...
Instructional Video1:19
Curated OER

STEMbite: Entropy of the Playroom

8th - 12th
Here is a darling demonstration of the second law of thermodynamics. Entropy has increased in a toddler's playroom as he removed toys and books off shelves and left them on the floor when he moved to the next activity. Yes, microscopic...
Instructional Video
Khan Academy

Khan Academy: Energy and Enzymes: Gibbs Free Energy and Spontaneous Reactions

9th - 10th
This video lecture will show use how to use the Gibbs Free Energy equation to predict whether a reaction is going be spontaneous or not. [9:17]
Instructional Video
Khan Academy

Khan Academy: Second Law of Thermodynamics

9th - 10th
An explanation of the Second Law of Thermodynamics. [10:22]
Instructional Video
Khan Academy

Khan Academy: Proof: S (Or Entropy) Is a Valid State Variable

9th - 10th
An explanation to prove that entropy, labeled as S, is a valid state variable. [15:38]
Instructional Video
Khan Academy

Khan Academy: Gibbs Free Energy and Spontaneity

9th - 10th
Introduction to Gibbs free energy. Includes information about the relationship between spontaneity and entropy, enthalpy, and temperature. [17:40]
Instructional Video
Khan Academy

Khan Academy: Gibbs Free Energy Example

9th - 10th
Calculating change in Gibb's free energy to identify whether or not a reaction is spontaneous. [9:56]
Instructional Video
Khan Academy

Khan Academy: More Rigorous Gibbs Free Energy / Spontaneity Relationship

9th - 10th
Extended explanation of the effect of a negative charge on Gibbs Free Energy. [13:56]
Instructional Video
Khan Academy

Khan Academy: A Look Ar a Seductive but Wrong Gibbs/spontaneity Proof

9th - 10th
An explanation why many textbooks are incorrect in their details about the "proof" of the relation between Gibbs free energy state and spontaneity. [6:41]
Instructional Video
Khan Academy

Khan Academy: Changes in Free Energy and the Reaction Quotient

9th - 10th
An explanation of Gibbs Free Energy and the reaction quotient under conditions that are not standard. [15:47]
Instructional Video
Khan Academy

Khan Academy: 2015 Ap Chemistry Free Response 2 C

9th - 10th
Explanation of Gibbs free energy and equilibrium constant of dehydration. Example is from the 2015 AP chemistry test. [12:23]
Instructional Video
Khan Academy

Khan Academy: Biology: Energy and Enzymes: Introduction to Entropy

9th - 10th
Get an introduction to entropy in this video. [7:26]
Instructional Video
Khan Academy

Khan Academy: Biology: Energy and Enzymes: Why Heat Increases Entropy

9th - 10th
Do you know why heat increases entropy? In this video, students can explore entropy and its ability to do work. [7:01]
Instructional Video
Khan Academy

Khan Academy: Thermodynamic Entropy Definition Clarification

9th - 10th
Using a reversible system to clarify the definition of entropy in thermodynamics. [15:38]
Instructional Video
Khan Academy

Khan Academy: Introduction to Entropy

9th - 10th
An introduction to entropy and its relationships to various states for a system. [7:27]