Convert F to Q: Easy Methods for Determining Flow Rate | Beginner's Guide

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Converting force (F) to flow rate (Q) requires understanding the relationship between these variables in fluid dynamics. The equation F = rho * Q * v relates force to flow rate, density (rho), and velocity (v). To find flow rate, one can rearrange the equations by determining velocity using the cross-sectional area (A) with Q = vA. By equating the two equations, F = rho * A * v^2 can be derived, allowing for the calculation of velocity and subsequently flow rate. Understanding these relationships is crucial for accurate conversions in fluid mechanics.
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Hello everyone,

I am newbie here.

Can someone please tell me how can I convert force F into flow rate Q?

Thanks in advance
 
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You can't do a direct conversion like that. They are two completely different units of measure. What are you trying to accomplish? If we know what your question really is we can probably help you.
 
If you are talking about Fluids then force is generally found by

F = rho. Q. v

where rho is the density and v is the velocity of the fluids
 
F = rho. Q. v

The force F and density rho are known, how do I find the velocity v? Q is the quantity I would like to know.
 
If you know the crossed sectional area, A, then the volume flow rate at the crossed section can be defined as:

Q = vA

where v is the velocity,

if you equate these two equations, you will get

F = rho.A.v^2

from this you could probably find v and ultimately, Q.
 
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