Understanding Fluid Statics: Solving Gage Pressure Problems

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In solving gage pressure problems in fluid statics, starting from either the top of the tank or a specific point is acceptable. To find the specific weight (gamma) of an unknown fluid, multiply its specific gravity (SG) by the density of water and gravity. The equation for pressure difference involves the specific weight of the fluid and the change in height between two points. Clear and legible notation is crucial for effective communication of the solution process. Overall, understanding the relationships between specific gravity, density, and pressure is key to mastering these problems.
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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


IMG_0284.jpg
 
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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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