Air Pressure

Learners participate in a series of demonstrations about Bernoulli's principle. They explain how air pressure varies with air speed. They write a detailed lab report about the activity. This is a great way to explore this concept.

This presentation is about air. What makes it unique is that, in addition to simply providing information about the components of air and the action of air pressure, it  includes a series of four experiments that bring these concepts to...

Blow your class away with a gust of humor as they watch this video about air pressure and wind. Along the way, they find that the density of air (as determined by temperature, altitude, and water vapor content) leads to air pressure...

Investigate what is pushing on us. An intriguing lesson has pupils calculate the amount of force on various squares due to air pressure. Using the data, individuals create a graph in the third lesson of the Up, Up and Away unit...

Introduce your class to air masses and how they affect the weather with a lesson plan that focuses on the differences between high and low air pressure systems. The class explores actual weather data using archived weather data.

It's amazing how easy it is to forget that every second of our lives we are being pushed on by an uncountable number air molecules. Explore with your class the concept of air pressure and how it affects our bodies, the earth's weather,...

Did you know that there are many air pressure experiment that you can do in your very own home? Dr. Carlson demonstrates a few, and then explains the cause of air pressure at an atomic level. Rather than show this video in class, have...

Students examine air pressure. In this air pressure lesson, students perform a series of experiments to evaluate the effects of air pressure.

Do not let the pressure get to you. The first lesson in a unit of 22 introduces the concept of air pressure. Using background knowledge, the resource gives teachers the information they need to discuss how people measure air pressure and...

Young scholars investigate the effects of differences in air pressure on a system. They answer the question, "What makes a liquid go up a straw when you suck on it?".