This is one phase you'll enjoy going through with your class! Young chemists discover the components of phase diagrams in a video lesson. The narrator discusses temperature and pressure, then shows how their interaction affects the state...

What makes something a solid, liquid, or gas? Expand your class' understanding of the states of matter using an animated video. Young scientists explore the behavior of each of the states of matter in terms of temperature change,...

Under pressure to get the class started on the Gas Laws? Look no further! Chemistry scholars learn the basics of the gas laws in a short, animated video. The narrator explains and names each law while working sample problems.

Why do balloons go flat over time? The answer lies in the behavior of gases! Introduce young scientists to diffusion and effusion with a video. Pupils learn the composition and partial pressures of atmospheric gases as well as how the...

What makes gases so unique? Physical science sleuths uncover the facts about gases in a short video. The narrator compares gases to solids and liquids in terms of space between particles, compressibility, and reaction to temperature...

Start stoichiometry scholars off on the path to success with a short video. The narrator of this interesting video guides viewers through the concepts of the mole, molar mass, and Avogadro's number. Additional topics include converting...

How do liquids and gases affect the particles placed into them? Young chemists witness the phenomena first described by scientist Robert Brown known as Brownian Motion. The third installment in a 14-part series on solids, liquids, and...

What makes water icy? Explore a range of theories from patrons at a public skating rink in an interview-style video. The narrator leads participatns through the phase change all the way to the molecular level, where less movement...

No one was actually there to see the birth of the universe, but years of collaboration between physicists and mathematicians allow us to glimpse all but a fraction of a second of it. A narrated journey shows the phase changes...

Sometimes fuzzy, sometimes irregularly shaped—and occasionally cannibalistic? These are just a few of the remarkable galactic facts contained in a short video that's sure to amaze! The narrator describes the four main types of galaxies,...

A star is born! Introduce young astronomers to the characteristics of nebulae in a narrated video. Discover what they are made of, why some reflect light and others glow on their own, and the locations of several notable nebulae. The...

It's better to burn out than fade away! Viewers experience the birth of neutron stars and supernovae in a video that explains the life cycle of high mass stars. Learners see the conditions needed to produce these events, as well as...

Star light, start bright! What do the brightness and color of stars tell us about the stars we see at night? Learners explore the life of stars with an information-packed video. Topics include the relationship between mass and...

Crystal ball or big, hairy, dirty snowball? Take young astronomy scholars on an up-close investigation of comets with a video. Topics include the makeup of comets and their two tails, long- and short-period comets, and how they interact...

Phew, what's that smell? And, how does something like a scent travel from its source to all corners of a room? Science sleuths learn how diffusion is responsible for spreading odors around in the sixth installment in a 14-part video...

The Greenhouse Effect is a big part of why Earth is able to sustain life. But, how much is too much? In part two of an eight-part series about the carbon cycle, environmental scholars learn how the natural Greenhouse Effect keeps us warm...

Start your states of matter unit off right with an engaging video! Before scholars can write and balance equations or predict products, knowledge of the three main states of matter is essential. The first in a 14-part series...

Investigate the calculation of molecular masses resulting from electrolysis of compounds. A video instructor gives a thorough explanation of mass calculations in relation to an electrolysis redox reaction. The video shows the formula,...

How can a chemist tell what gas a chemical reaction produced? Part two of a ten-part series prompts pupils to discover a number of simple tests that can reveal the identity of a gas. The video reinforces the concepts of solubility,...

How do you catch something that can't be seen, has no odor, and makes no sound? Discover the common methods of gas collection in this first of a ten-part video series. Learners see how the properties of density and solubility are...

Go on an incredible journey called the water cycle with a video that details the ins and outs of water, its various forms, and place on planet Earth. 

Take a trip to space's gas giants, also known as the outer planets—Jupiter, Saturn, Uranus, and Neptune—with an interesting video equipped with a spirited host, a cartoon sidekick, and bright, colorful graphics.

What are stars and how do they work? Find out with a peppy video that examines hot balls of gas, the sun, and several constellations. 

In 1924, Bose and Einstein predicted a fifth state of matter. The prediction proved to be true in 1995 and is referred to as the Bose-Einstein condensation. This video discusses the concept of matter, all five states of matter, and what...