The Bernoulli Principle is the concept that claims that as the velocity of a fluid increases, its pressure decreases. Daniel Bernoulli was an 18th century scientist who discovered this principle.
The Bernoulli Principle applies to any fluid, even air. It is possible to see this occur very easily through a venturi tube, or one that is narrower at the middle than at the two ends. Passing a fluid through such a tube, it can be observed that it moves through the more narrow part faster. Since the molecules speed up, energy is used up and does not exert as much pressure. This is known as differential pressure, which means that the pressure at various points differs. That is why the Bernoulli Principle is also called Bernoulli's Law of Pressure Differential.
Answer Bernuolli's Principle states that the pressure in a moving stream of fluid is less than in the surrounding fluid In fluid dynamics, Bernoulli's Principle states that for an
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The Bernoulli's principle states "As the velocity of a fluid
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1. Put the empty soda cans about one inch apart on a smooth, level surface. 2. Tell your students to predict what will happen if you blow gently between the cans (Most students will
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I think this relates to fluid dynamics and I don't remember the exact wording or equation but the common sense answer is if you have water in a column, say a garden hose and you turn
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