Bernoulli knows best (at least about fluid mechanics). The 13th installment in the Crash Course Engineering series focuses on Bernoulli's principle. Viewers learn the relationship between the speed and pressure of fluids by watching a...

Need to put a new spin on your motion lesson plan? Add a short video from an engaging physics playlist! Your class will get a kick out of examining the science behind a soccer curveball. Scholars discover how the movement of air at...

How do fluids act when they are moving? A thorough video lesson explains the characteristics of fluids while in motion. Building from the previous lesson in the series, the 15th installment of a Crash Course physics series provides an...

Keep the knowledge flowing in your physics classroom! An in-depth video lesson discusses the characteristics of fluids. The narrator includes Pascal's Principle and Archimede's Principle as well as buoyant force. This is the 14th lesson...

Aren't all rocks the same? High school earth scientists can say "definitely not!" after viewing the second in a series of seven videos. Beginning with an easy analysis and comparison of sandstone and granite, class members follow the...

What might happen if a body encounters the vacuum of space? Through multiple experiments and a couple of real-life accidents, we know more about how a person would die — and it doesn't look nearly as dramatic as science fiction...

Help young scientists connect the dots between pressure, temperature, and volume with a video on the ideal gas law. After first reviewing the formula for this fundamental law, the instructor walks step by step through nine different...

Show your learners how to make a Styrofoam cup shrink. Steve Spangler demonstrates how you can use a pressure cooker to create a miniature Styrofoam cup. This could be used to kick off a variety of lessons focused on chemical reactions...

Check out this ping pong ball explosion demonstration which happens as a result of liquid nitrogen expanding quickly. [4:14]