Here is another simple surface tension demonstration with a ping pong ball. When Alex places the ball in the centre of a half-full glass it is moving toward the side, but when the glass is full the ball changes direction and moves toward...

Here is our soap powered boat that Alex has made from a business card. He cut corners of the card and put soap at the back of the boat. After he placed the boat onto the water, it scooted across. To try that again, we needed to rinse out...

Let’s play with some water and explore some of its weird scientific properties. Children are going to love these water tricks and will definitely want to learn how they work!
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Let’s explore some things that float on...

Want to add some color to items around your house? 🏡 Check out this new artistic video from Jessie!
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In this video tutorial, Jessie shows you how to add a Marbled Nail Polish Design to any decorative objects in need...

We usually don't recommend playing with your food, but we need to make an exception for this colorful STEM activity.
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In this video, Jessie breaks down a fun DIY STEM project involving

Skittles!

By...

Ever wondered how Lava Lamps are made? Curious to know how the liquid and bubbles inside move around in such mysterious and mesmerizing ways?
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Wonder no more! In this video, we explain how Lava Lamps are created...

Physics-based information is integrated into the Neural Network architecture with the use of constraints or other relationships such as periodic cycles. Empirical regression has limitations, especially when predictions are...

Dianna from Physics Girl walks through 5 experiments with jello, lasers, balloons, surface tension, band-aids and candles, with some bonus facts and trivia!

Baylor DPT Review session for Physiology (3-25-2020).<br/>
<br/>-Metabolism<br/>
-Endocrine Syst<br/>em
-Respiratory System (Part)

Learn how to make antibubbles and the science behind these fun, unusual spheres. This cool and unusual demonstration is an easy DIY experiment. Antibubbles are a spherical shell of air enclosing a droplet of water, all submerged in...

When you look through a straw in water something strange happens as you move it up and down.

Wine legs aka wine tears or wine fingers are stranger than they seem.

Marcus du Sautoy reveals how mathematics lies behind everything from the number of petals on a flower to the head on a pint of beer.



In this programme, Marcus explains how, instead of using paint and canvas, mathematicians...

This explains structure and properties of water including hardness of water and methods of removing the hardness.

Type II Alveolar Cells | Pulmonary Surfactant

Dr. Takiyah Sirmons, food scientist, talks about space food: what it is, how its packaged, and what happens to an astronauts palate after living in space for several months. HWHAP Episode 4.

Join us for a fun and safe science experiment using milk, food coloring, and dishwashing liquid. The experiment showcases the properties of liquids and surface tension, as the colors swirl and create patterns when the soap is introduced....

A plastic frame can be used to create square--and other unusually shaped--bubbles. Parts needed: 1 Container bubble solution, 1 Straw-and-connector construction set.

Have you ever seen a water strider (also called water bugs, pond skaters, water skippers etc.)? They are bugs that effortlessly hop around on the surface of ponds, lakes, and rivers. How do they do it without sinking? Try this project to...

Imagine this challenge: You have two glasses of water—one empty and one full. You want to pour half of the full glass into the empty one. The twist? You aren't allowed to pick up either glass! Can you get the water to "walk"...

US researchers have developed a 3D-printed zero-gravity espresso cup that will be sent to the International Space Station in February.

There are at least 900,000 species of insects and the ocean is the largest biome on the planet, so you would think there would be tons of insects riding the waves. But it turns out the sea skaters are the only ones weird enough to make...

This short video explains how a raindrop falls through the atmosphere and why a more accurate look at raindrops can improve estimates of global precipitation.

Liquid oxygen has unusual magnetic properties. This demonstration with the MIT Technical Services Group and a crazy blowtorch demonstration on the curie point of iron share a glimpse into how different kinds of magnetism work.