The blueprints say that the speed and gauge pressure of the root beer at point 1 are 3.00 m/s and 12, 300 Pa respectively. The root beer at point 2 is 1.20 m higher than the fluid at point 1 and is traveling …

Bernoulli's equation is an equation from fluid mechanics that describes the relationship between pressure, velocity, and height in an ideal, incompressible fluid. Learn how to derive Bernoulli’s …

Learn how Bernoulli's equation describes the conservation of mechanical energy in ideal fluid flow. Explore consequences of Bernoulli's equation, including Torricelli's theorem.

Let's practice some problems to better understand how energy is conserved in a streamlined flow, as summarized by the Bernoulli's equation

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The blueprints say that the speed and gauge pressure of the root beer at point 1 are 3.00 m/s and 12,300 Pa respectively. The root beer at point 2 is 1.20 m higher than the fluid at point 1 and is …

Sal continues on from the previous video to derive the mean and variance formulas for the Bernoulli distribution.

This is the second of two videos where Sal derives Bernoulli's equation. In the second half of the video Sal also begins an example problem where liquid exits a hole in a container.

The Venturi effect demonstrates how fluid speed increases and pressure decreases in constricted areas. This video breaks down Bernoulli's equation, revealing the surprising principle that faster fluid equals …

Atmospheric pressure is like an invisible friend who is always squeezing you with a big hug. Learn more about pressure, buoyant force, and flowing fluid so you can appreciate the sometimes invisible, but …