Understanding Fluid Statics: Solving Gage Pressure Problems

In summary, the conversation discusses solving problems involving specific gravity and fluid density. It is mentioned that one can start at either the top of the tank or from a specific point, and that to find the gamma of an unknown fluid, one must multiply its specific gravity by the density of water and gravity. The conversation also mentions the use of equations involving specific gravity and pressure differentials. Lastly, a request is made to rewrite the notes for clarity.
  • #1
brk51
29
1

Homework Statement


Screen Shot 2017-09-25 at 8.10.48 PM.png

All over the place here so bare with me, I'll get the hang of it eventually.

-----For these types of problems.. can you start at either the top of the tank or from point a?
-----Given specific Gravity, you need gamma of the unknown fluid so you multiply it by the density of water and gravity correct?

Homework Equations


SG = gamma(fluid) / gamma(water) gamma = density * gravity
Delta P(P2 - P1) = -gamma(fluid) * Delta Y(Y2 - Y1) >>>>> = -[(gamma water * gravity) * SG]

The Attempt at a Solution


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  • #2
Can you please clean this up by writing over neatly. It is very hard to read your handwriting, particularly this signs. It looks like you have the right idea conceptually, but, it's hard to tell.
 
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Likes ANKIT SAJWAN

1. What is fluid statics?

Fluid statics is the study of fluids at rest and the forces that act on them. It is a branch of fluid mechanics that deals with fluids in equilibrium.

2. What is gage pressure?

Gage pressure, also known as gauge pressure, is the difference between the absolute pressure of a fluid and the atmospheric pressure. It is measured relative to atmospheric pressure, which is considered to be 0 psi.

3. How is gage pressure calculated?

Gage pressure can be calculated by subtracting the atmospheric pressure from the absolute pressure. The formula for gage pressure is P(g) = P(absolute) - P(atmospheric).

4. What are some examples of gage pressure?

Some examples of gage pressure include the pressure in a car tire, the pressure in a scuba tank, and the pressure in a water tower. These all measure the pressure relative to atmospheric pressure.

5. Why is gage pressure important?

Gage pressure is important because it helps us understand the forces acting on a fluid at rest. It is also useful in practical applications, such as determining the proper tire pressure for a car or the amount of air needed in a scuba tank for a safe dive.

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