This video examines the forces creating weather. The way in which atmospheric conditions and patterns cause changes in the weather is explained. Instruction on how to use a weather map and how we can predict tomorrow's weather is...

In this video, we discuss how gas exchange occurs across the respiratory membrane at the alveoli and how this involves Type I Alveolar Cells.

Widely explained using the Bernoulli principle, this phenomenon is actually dominated by the Coanda effect.

In this live-action program viewers will learn that blizzard is a dangerous winter storm that is a combination of snow and wind, resulting in low visibility. Students will come to understand that the National Weather Service defines a...

The mantis shrimp punch is fast enough to boil water! How much force do they create, and how is physics preventing them from being any faster? Find out how mantis shrimp cause cavitation!

How to throw a curveball for pitchers in baseball: this is the most detailed guide on the web with curveball grips, spin, tips, video overlays and more. Learn arm action and other ways to improve it.

This is an educational video that explains the structure and function of the heart and blood vessels in the human body, as part of the circulatory system. The video provides detailed explanations of the chambers, valves, and blood...

Upon viewing the Weather Around Us video series, students will be able to do the following: Define weather as the condition of the lower atmosphere close to Earth. Understand that weather is constantly changing. Understand that...

The video explains how a vacuum cleaner works by creating an area of low air pressure near the floor, which causes air and dirt particles to be sucked into the vacuum cleaner. The dirt particles are trapped inside a porous bag while the...

Technology can take you to unexpected places. The MarCO cubesats, flying towards Mars with InSight, are breaking new ground on how far these small satellites can go.

“A blizzard could form in the U.S. between January 15 and January 18, according to forecasting models.

I've always wondered what would happen if you lined up 10 megaphones in a row and yell into them, today I put that idea to the test! That literal feedback loop was crazy loud!

Friendly and fun host Max Orbit asks questions about the world and searches for answers. This DVD series is designed to engage students while introducing scientific principles and concepts in a fun and entertaining way. Viewers will come...

The 3 simple ingredients of sun, air and water lead to every type of weather on Earth. The atmosphere is constantly trying to balance heat from the sun with water vapor and air to create a dynamic planet. The unique properties of the...

The Bartlett and Ghoshal model explores how international organisations venture into new and emerging markets to grow their business. This video covers the important aspects of their matrix and simplifies it with examples.

This video explains the surprising phenomenon of how a bottle with holes in the bottom can hold water without leaking until the cap is opened. It uses simple physics to illustrate how the forces of air and water balance out to create a...

This video provides an overview of different types of storms, including snowstorms, thunderstorms, hurricanes, and tornadoes. It explains the characteristics and formation of each type of storm, highlighting their destructive potential...

In this video, we will discuss the physics, mechanisms, and muscles that allow us to perform quiet breathing (both inspiration and expiration)<br/>

How heat pumps work, in this video we'll be discussing how heat pumps work starting from the basics to help you learn HVAC engineering. We cover Air to air heat pumps, air to water heat pumps, ground source heat pumps, water source heat...

This video provides an informative overview of hurricanes, explaining their characteristics, formation, and the potential damage they can cause. It also highlights the importance of forecasting and preparedness measures in mitigating the...

It explains the behaviour of real gases and their deviation from ideal gas behaviour(compressibility factor) It derives van der Waal's equation for real gases.

Breaking the bottom out of a glass bottle by hitting the top is a challenging trick, but involves a ton of physics. The explanation is related to cavitation - a process seen in the Mantis Shrimp attack, head injuries and pouring honey!

Throwing a curveball is one of the most difficult pitches in baseball. Bill Lee, a former pitcher for the Red Sox, explains how important it is to consider physics when trying to throw a curveball. Listen to learn how objects travel...

What led to the unique path of Hurricane Sandy in 2016 and why it had such a large impact, as the second most-costly hurricane to hit the United States in modern times. It was nicknamed a superstorm for the wide impact it had in the...