Velocity at a reservoir (Bernoulli's equation)

Thread starter user12323567
Start date Oct 7, 2021
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Bernoulli's equation Velocity

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SUMMARY

The discussion centers on the application of Bernoulli's equation in fluid dynamics, specifically regarding the velocity at a reservoir. It is established that the velocity at a large reservoir is considered negligible due to its vast volume, which allows for a uniform pressure distribution. The continuity principle reinforces this concept by indicating that as fluid enters a larger area, its velocity decreases significantly. Understanding these principles is crucial for solving related fluid dynamics problems.

PREREQUISITES

Bernoulli's equation
Continuity principle in fluid dynamics
Basic concepts of fluid mechanics
Understanding of pressure distribution in fluids

NEXT STEPS

Study the implications of Bernoulli's equation in various fluid flow scenarios
Explore the continuity principle and its applications in engineering
Investigate pressure distribution in different fluid systems
Learn about large reservoir dynamics and their impact on flow velocity

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This discussion is beneficial for students and professionals in engineering, particularly those specializing in fluid dynamics, as well as anyone involved in hydraulic system design and analysis.

Oct 7, 2021

user12323567

TL;DR: Velocity at a reservoir

Hi there,

I am solving a problem which requires me to use Bernoulli's equation and I have across a hint that says that "velocity at the reservoir is negligible because the reservoir is large" and I do not understand what that means exactly. How is velocity at a reservoir negligible?