How is fluid speed and fluid pressure related?

Answer 1

Fluid pressure decreases as speed increases. Bernoulli's principle states "as the speed of a moving fluid increases, it's pressure decreases.

Answer 2

If we assume that the fluid we are referring to is that of an ideal fluid (incompressible and non-viscous) and is undergoing a laminar flow, we can model this problem by Bernoulli's principle and equation.

Bernoulli's principle states that if the above conditions are met, the energy density of a fluid must be a constant, fixed value. This means that if the velocity of a fluid increases, other factors must decrease for the energy density of a fluid must be conserved. Bernoulli's Equation is the sum of the magnitude of the pressure, kinetic energy and potential energy of a fluid is equal to a constant. Therefore, if a velocity of a fluid increases, the kinetic energy of the fluid increases.

As a result, the pressure or the potential energy must decrease.

Both or only one may change; the result is dependent on the situation.

Answer 3

Yes.

Related Information:

Certain liquids compress only slightly, even under great pressure. Some of these are used in hydraulic technology because of this characteristic. It is often convenient, even for calculations, to think of these liquids as incompressible. So, commonly liquids are often grouped (and thought of) as compressible or incompressible.

The scientific reality is that all fluids are compressibleto some extent, some more than others. So, when liquids are subjected to changes in pressure their densities change.

Answer 4

Fluid pressure decreases as speed increases. Bernoulli's principle states "as the speed of a moving fluid increases, it's pressure decreases.

Answer 5

fluid pressure increases when you go below sea level fluid pressure decreases when you go above sea level

Answer 6

It depends on The Big Dango Family. ('' ) ( '') <3

Answer 7

the fluid pressure decrease as the speed increase