Bernoulli's law

A law of fluid mechanics stating the relationship between the velocity, density, and pressure of a fluid. Mathematically, the law states that P + 1 2 �ϱ� ² = constant, where P is the pressure (in newtons per square meter), �� is the density of the fluid (in kilograms per square meter), and v is the velocity (in meters per second). If no energy is added to the system, an increase in velocity is accompanied by a decrease in density and/or pressure. The law is directly related to the principle of conservation of energy.
See also Bernoulli effect
See law of large numbers

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"Knowledge of Bernoulli's law, the ideal gas law, and isothermal expansion are the three ingredients we baked into a model to explore how this device worked," Lipscombe said.

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Stated simply, Bernoulli’s law says that the pressure of a fluid decreases as its velocity increases, and vice versa.

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Other companies that have reached the top appear to have been felled by Bernoulli’s law.

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Hook, who had worked on his master’s degree in thermodynamics as a Met, was remembered for explaining Bernoulli’s Law, which describes how planes stay aloft and baseballs curve.

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When he asked me six years ago for a copy of his Bernoulli’s Law story, he said that he didn’t want his 13 grandchildren to think he was merely a science geek.

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Bernoulli equation Bernoulli's lemniscate

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