In-depth explanation of Bernoulli's Law, including a diagram of a Venturi tube and equations.

While we know there is air around us all the time, we normally do not notice the air pressure. The purpose of this is activity is to use Bernoulli's Principle to manipulate air pressure so we can see its influence on the objects around us.

This is a culmination activity used after students have studied Bernoulli's Principle as part of a unit on forces and fluids. Students will use the Internet, textbooks, library resources and their cooperative learning group to design...

A section dedicated to the common application of Bernoulli's equation. Learn how to calculate both Torricelli's theorem and power in fluid flow. Also includes problems and questions for the students to answer to ensure understanding....

Students observe the Bernoulli Principle in action: as the velocity of a fluid increases, the pressure exerted by that fluid decreases.

In this problem, water will be flowing through two sections of piping with different diameter pipes joined by a coupler. The pressure gauge on one of the two pipes is broken. The task is to find the pressure in the section of the pipe...

Discusses air flow around the wing of a plane and its effect upon the lift and drag forces. Focuses on the application of Bernoulli's principle to wing design and the subsequent airfoil shapes.

[Free Registration/Login may be required to access all resource tools.] Students will develop an understanding of Bernoulli's Principle.

You hold up two balloons on strings of equal length about 5 centimeters apart and blow between them. They will come together because you weakened the force between them. You can do the same thing with the balloons about 30 centimeters...

Using different household items the students will be able to see how Bernoulli's Principle works for fluids in motion.

Excellent in-depth biography of Daniel Bernoulli's life and scientific accomplishments. Information on Bernoulli's family, education, and major works is included. Also includes links to information on other scientists and mathematicians.

An easy to do activity that investigates Bernoulli's principle. The activity is presented in lesson plan format that meets NSES standards.

Students explore Bernoulli's equation. Some topics examined in the activities are fluids, blood flow, and Bernoulli's principle. The resource consists of video clips, lecture notes, and exam questions with detailed solutions.

Experience the same lift that flies airplanes with this activity where you suspend a ball in a stream of air. This activity illustrates Bernoulli's principle.

A webpage dedicated to explaining how to analyze fluid flow using the Bernoulli's equation. Understand how thishhhhh equation will give you the powers to analyze a fluid flowing up and down through all kinds of different tubes.

In-depth explanation of Bernoulli's Principle and its applications. Diagrams and equations are included.

Examine in detail the Bernoulli Effect so students understand that faster-moving fluids mean the pressure is lower. Find the theory and its equation.

PBS site allows users to get a front row seat at a pushing contest between fast-moving and slow-moving air.

This site from ScienceWorld provides a brief biography of Daniel Bernoulli's major scientific accomplishments, including Bernoulli's principle, vibrating strings, ocean tides, and the kinetic theory of gases. Links are included to...

Part of a biography web page including information on James, John, and Daniel Bernoulli. The site includes information originally published in "A Short Account of the History of Mathematics" by W. W. Rouse Ball (4th Edition, 1908).

[Free Registration/Login may be required to access all resource tools.] Bernoulli's law and using air pressure to fly.

See how this principle translates in to fluids and the Bernoulli equation as well as into electric circuits and the voltage law and finally into heat and thermodynamics through the first law of thermodynamics.

The purpose of this activity is to demonstrate Bernoulli's Principle as it relates to winged flight. The students will use computers to see the influence of camber and airfoil angle of attack on the lift.

In this problem you will have water flowing through an underground pipe and then passing into a ground level nozzle to create a fountain. Based on the pressure in the pipe you will find the speed of the water in both sections of the pipe...