If water is moving in a pipe, which equation could be used to calculate the pressure at the end where it the water comes out

College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
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**Question:**

If water is moving in a pipe, which equation could be used to calculate the pressure at the end where the water comes out?

**Options:**

- A) F = ma
- B) The Equation of Continuity
- C) Bernoulli's Equation
- D) Blorak's Equation

**Explanation:**

In fluid dynamics, to calculate the pressure of a fluid flowing through a pipe, Bernoulli's Equation (option C) is typically used. Bernoulli's Equation relates the speed of the fluid, the pressure within the fluid, and the potential energy from the fluid's height. This principle helps in understanding and predicting how pressure changes occur as fluid moves through varying cross-sectional areas of the pipe.

Note: The Equation of Continuity (option B) is also important in fluid dynamics, as it deals with the conservation of mass in a fluid flow system, ensuring that the mass flow rate is constant. However, for calculating pressure specifically, Bernoulli's Equation is the most relevant.
Transcribed Image Text:**Question:** If water is moving in a pipe, which equation could be used to calculate the pressure at the end where the water comes out? **Options:** - A) F = ma - B) The Equation of Continuity - C) Bernoulli's Equation - D) Blorak's Equation **Explanation:** In fluid dynamics, to calculate the pressure of a fluid flowing through a pipe, Bernoulli's Equation (option C) is typically used. Bernoulli's Equation relates the speed of the fluid, the pressure within the fluid, and the potential energy from the fluid's height. This principle helps in understanding and predicting how pressure changes occur as fluid moves through varying cross-sectional areas of the pipe. Note: The Equation of Continuity (option B) is also important in fluid dynamics, as it deals with the conservation of mass in a fluid flow system, ensuring that the mass flow rate is constant. However, for calculating pressure specifically, Bernoulli's Equation is the most relevant.
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