Instructional Video4:56
TED-Ed

How to Squeeze Electricity Out of Crystals

7th - 12th Standards
It is possible to generate electricity by squeezing a single sugar crystal. A short video explains how this is possible and the way this knowledge has changed our society. From sonar devices to renewable energy, generations rely on this...
Activity4:34
Bonneville

The Great Marble Drop

4th - 12th
Mike and Kellie, a team of electrical engineers, demonstrate how to to design a contraption that accurately drops a marble onto a target. The materials needed and general instructions are provided on the website or via a downloadable...
Interactive3:45
Scholastic

Study Jams! Energy & Matter

4th - 8th Standards
After Sam knocks a glass off the lunchroom table, he uses it as a springboard for explaining kinetic and potential energy. He mentions that sound is a type of kinetic energy and introduces the different forms of energy: thermal,...
Instructional Video4:24
TED-Ed

The Surprising Reason Our Muscles Get Tired

6th - 12th Standards
Does pain really indicate gain when it comes to muscle aches? A short, animated video details the science behind the pain associated with muscle fatigue.
Instructional Video2:14
PBS

Putting Energy to Use

6th - 12th Standards
From burning wood for heat to riding a bicycle, converting one form of energy into another is an everyday process! Using a video clip, learners discover the sources of the thermal, mechanical, and electrical energies that make our lives...
Instructional Video4:50
Real Engineering

Steam Engine—How Does It Work?

10th - Higher Ed
Full steam ahead! A video in the Real Engineering playlist shows viewers how steam engines work. the video starts with an explanation of the inefficient steam engines from before the Industrial Revolution and ends with modern steam...
Instructional Video5:16
American Chemical Society

What Is Energy?

9th - 12th Standards
Kids sure do seem to have a lot of energy, but what exactly is energy? A video explains many different types of energy, starting with potential and kinetic. It highlights the most common forms of potential energy, including...
Instructional Video5:24
National Science Foundation

Science of NFL Football: Kinematics

6th - 12th
Describe the motion of a football running back using physics kinematics. The seventh lesson in a series of 10 video lessons describes the velocity, acceleration, and position of key plays on the football field. Individuals learn the...
AP Test Prep12:32
1
1
Flipping Physics

AP Physics 1: Simple Harmonic Motion Review

11th - 12th
Does your class feel unprepared for the upcoming exam? Use this video to review the simple harmonic motion concepts that will appear on the AP Physics exam. While maintaining interest and a fast pace, the presenter not only reviews...
Instructional Video4:10
TED-Ed

How to Unboil an Egg

6th - 12th Standards
If you believe hard boiling an egg to be an irreversible process, then think again! Take a few minutes to watch this fun video as it explores the process for unboiling an egg and learn about the applications this process...
Instructional Video0:57
Steve Spangler Science

Magic Rollback Can - Sick Science! #051

5th - 8th
Have your class explore potential and kinetic energy or conservation of energy. They can make a device called a rollback can. Like magic, the can returns to where it started after it has been pushed away.
Instructional Video
Bozeman Science

Bozeman Science: Conservation of Energy

9th - 10th
In the following video, Paul Andersen explains how energy can neither be created nor destroyed but may be transferred. Energy comes in many forms. [4:09]
Instructional Video
Sophia Learning

Sophia: Introduction to Energy

9th - 10th
An introduction to the definition of energy as it relates to physics. [1:22]
Instructional Video
Sophia Learning

Sophia: Practice With Conservation of Energy

9th - 10th
Watch this video which provides example problems using the simplified conservation of energy equation. [7:47]
Instructional Video
PBS

Nova Labs: Putting Energy to Use

9th - 10th
Energy comes in many different forms. It can be stored in the chemical bonds that hold molecules together, carried in the motion of a spinning wheel, or held in a boulder sitting on a cliff. But energy isn't a fixed thing. In fact, we...