Instructional Video1:35
Veritasium

Why Does the Moon Orbit Earth?

6th - 12th
Why does the moon stay put, never getting too close or too far from Earth? See the truth unfold through interviews and a simulation using a basketball and a tennis ball. The host helps guide the discussion, all while spinning a ball to...
Instructional Video4:38
Veritasium

Best Film on Newton's Third Law. Ever.

6th - 12th
Your class may be able to recite Newton's Third Law of Motion ... but do they actually believe it? See a simple, yet impactful explanation of inertia in a short video that discloses the facts on how much gravitational force Earth exerts...
Instructional Video3:22
Veritasium

Misconceptions About Falling Objects

6th - 12th
Don't fall for these common misconceptions about falling objects! Using two sports balls with different masses, the interviewer demonstrates in a brief video the forces at work. Participants marvel as a much-heavier medicine ball lands...
Instructional Video3:03
Veritasium

Which Hits The Ground First?

6th - 12th Standards
Choosing between a medicine ball and a basketball, which will hit the ground first when dropped? Learners watch as visitors at a festival demonstrate in an interview-style video. The narrator asks visitors to guess, then drops the balls....
Instructional Video2:22
Veritasium

Is There Gravity In Space?

6th - 12th Standards
Does space have its own gravity? And, if so, why do astronauts just float around in the space station? Science sleuths examine the forces acting upon astronauts in the International Space Station with help from the narrator. He...
Instructional Video2:25
Veritasium

What Forces Are Acting On You?

6th - 12th Standards
You may not realize it, but you get pushed around every day. What forces are acting upon you? Young physicists explore gravitational force and normal force in a video that demonstrates both forces and their directions as they move...
Instructional Video2:08
Veritasium

What Is Gravity?

6th - 12th
How do you describe gravity? Physics scholars watch as the narrator asks passers-by to try their hand at summing up a common force. The amusing answers focus on attraction and mass.
Instructional Video8:04
Veritasium

Khan Academy and the Effectiveness of Science Videos

6th - 12th Standards
Do science videos really enhance learning? Pupils examine the facts in a video about videos. The narrator shows how science scholars perform on a quiz after watching a related video, then how they perform on the same quiz after watching...
Instructional Video2:58
Veritasium

What Are Atoms and Isotopes?

6th - 12th
Atoms may make up everything, but what are they made of? The narrator asks patrons at a local park what atoms are in an interview-style video. He then creates an atomic model and adds a neutron to it, opening the discussion to isotopes.
Instructional Video2:29
Veritasium

Three Incorrect Laws of Motion

6th - 12th Standards
Do we know Newton's Laws of Motion as well as we think we do? Examine how observation alters what physics class teaches in an engaging video. The narrator acts out examples of each incorrect law and describes the examples in...
Instructional Video3:59
Veritasium

How Damaging is Radiation?

6th - 12th
Is all radiation harmful? The video's narrator interviews unsuspecting citizens to get their take on radiation sources and effects. The resource includes a breakdown of types of radiation and whether each type is capable of causing us harm.
Instructional Video1:06
Veritasium

When Is A Bungee Jumper's Acceleration Max?

6th - 12th
Where is acceleration at its maximum value during a bungee jump? Junior physicists ponder the possibilities with a short video. The narrator invites viewers to choose from five points along the jump as potential times of maximum...
Instructional Video3:13
Veritasium

Cathode Rays Lead to Thomson's Model of the Atom

9th - Higher Ed Standards
Examine the experiment that led to the present-day atomic model. The video experiment shows the stream of electrons that travel through a vacuum between an anode and cathode. J.J. Thompson's model of an atom provides the explanation...
Instructional Video2:36
Veritasium

Galileo the Scientific Parrot

9th - Higher Ed Standards
Not all falling objects accelerate at the same rate ... unless you remove air resistance. A video lesson compares a feather falling in the air to one falling in a vacuum. Removing air resistance causes a feather and coin to fall at the...
Instructional Video1:18
Veritasium

Ice Cutting Experiment - Introduction

9th - Higher Ed Standards
Race copper and fishing line through a block of ice. After establishing the effect of pressure on melting points, the instructor experiments with two different substances. Ultimately, the better conductor melts the ice faster.
Instructional Video1:38
Veritasium

Does Pressure Melt Ice?

9th - Higher Ed Standards
Explore regelation of ice through a video demonstration. Applying pressure to a block of ice with a wire lowers the melting point and causes the ice to melt. As soon as the wire passes through, the water returns to its solid state as ice...
Instructional Video2:49
Veritasium

Persistence Of Vision

9th - Higher Ed Standards
Convince your pupils a purple ball is really red, blue, and green with a YouTube video lesson that demonstrates the persistence of vision using a simple ball. When the ball is in one place, it appears purple but when the instructor spins...
Instructional Video3:19
Veritasium

Fire Syringe

9th - Higher Ed Standards
Compressing air quickly causes extreme increases in temperature. A video lesson demonstrates this principle through the use of a fire syringe. The instructor uses a plunger to increase the pressure in the syringe, which ignites a piece...
Instructional Video5:01
Veritasium

Imploding Drum

9th - Higher Ed Standards
We are all under approximately 22,000 pounds of pressure! A video lesson explains the concept of pressure equilibrium and then demonstrates the effect of disturbing that equilibrium. A dramatic demonstration shows how to reduce the...
Instructional Video4:43
Veritasium

Making SOLID Nitrogen!

9th - Higher Ed Standards
Have you ever seen solid nitrogen? Or solid carbon dioxide? Watch as a pair of instructors adjust pressure to allow liquid nitrogen to solidify. After they finish, they put the solid nitrogen in water which produces carbon dioxide gas...
Instructional Video5:31
Veritasium

Make Plasma with Grapes in the Microwave!

9th - Higher Ed Standards
Capture plasma in a plastic cup! Two scientists demonstrate how to create plasma by microwaving a grape. They capture a ball of plasma during their final demonstration. The video highlights strategies and procedures to make the...
Instructional Video2:41
Veritasium

What's In A Candle Flame?

9th - Higher Ed Standards
A candle flame is a good conductor of electricity. An engaging video lesson demonstrates this phenomenon with an experiment. Following the experiment, the instructor explains the science and provides additional evidence to reinforce the...
Instructional Video3:46
Veritasium

Levitating Barbecue! Electromagnetic Induction

9th - Higher Ed Standards
Who says you shouldn't play with electricity?! Investigate Faraday's Law of Induction through a video demonstration from his hometown. The lesson shows an aluminum plate levitating from the magnetic fields created by electric currents....
Instructional Video2:49
Veritasium

What Causes the Seasons?

6th - 12th
'Tis the season to be ... hmmm ... why is it that Earth has seasons? Explore the variety of theories, from the atmosphere to the axis in a short, entertaining video. The interview subjects use observation, random earth science terms, and...