Bernoulli's principle
principle relating to fluid dynamics
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Bernoulli's principle
Summary
Bernoulli's principle is a physical law[1]. It has Wikipedia articles in 29 language editions, a strong signal of global cultural recognition.[2]
Key Facts
- Bernoulli's principle's instance of is recorded as physical law[3].
- Daniel Bernoulli is named after Bernoulli's principle[4].
- Bernoulli's principle's based on is recorded as Bernoulli's equation[5].
- Bernoulli's principle is part of fluid mechanics[6].
- Bernoulli's principle's Commons category is recorded as Bernoulli's principle[7].
- Bernoulli's principle comprises speed[8].
- Bernoulli's principle comprises conservative force[9].
- Bernoulli's principle comprises pressure[10].
- Bernoulli's principle comprises mass density[11].
- Bernoulli's principle comprises constant[12].
- Bernoulli's principle's published in is recorded as Hydrodynamica[13].
- Bernoulli's principle's has effect is recorded as Venturi effect[14].
- Bernoulli's principle's has effect is recorded as Magnus effect[15].
- Bernoulli's principle's has effect is recorded as Pitot theorem[16].
- Bernoulli's principle's different from is recorded as Bernoulli theorem[17].
- Bernoulli's principle's on focus list of Wikimedia project is recorded as Wikipedia:Vital articles/Level/4[18].
- Bernoulli's principle's maintained by WikiProject is recorded as WikiProject Mathematics[19].
Body
Definition and Type
Bernoulli's principle's instance of is recorded as physical law[3].
Origins
Daniel Bernoulli is named after Bernoulli's principle[4].
Use and Application
Components include speed[8]; conservative force[9]; pressure[10]; mass density[11], a mechanical property[20]; and constant[12]. Bernoulli's principle is part of fluid mechanics[6].
Why It Matters
Bernoulli's principle has Wikipedia articles in 29 language editions, a strong signal of global cultural recognition.[2] It is known by 69 alternative names across languages and contexts.[21]