FLUID MECHANICS FOR CHEMICAL ENGINEERS the specific weight of water in the SI sy
ID: 1498049 • Letter: F
Question
FLUID MECHANICS FOR CHEMICAL ENGINEERS the specific weight of water in the SI system of units. due to gravity in water, in psi/ 24. Calculate the pressure gradient 2.5. Most swimmers find the pressure at a depth of about 10 ft pai 27· The tallest buildings in the world (excluding TV towers, which are not build 2.3. Calculate engineers round this to 0. heads. Caner ound t to o.s psi/ ft, and use it for making routine calct pth of about 10 ft painful to eans 2.14. C re of 1000 psig. How 2.15. A ut 10 ft painful to ears% 2.14. gauge pressure at this depth? ocean can it safely dive? common sense) are the Petronas Twin Towers in Kuala Lumpur, 1483 ft tall ii 2.16.I 2.6. A new submarine can safely resist an external pressure of 1000 psig, How orld (excluding TV towers, which are not buildy sure in the supply line to the drinking fountain on the top floor (perhaps 145 2.17. is 15 psig, what is the required pressure in the supply line at street level? As flow in the water line. 2.8. The deepest point in the oceans of the world is believed to be in the N 29. In the deep oil fields of Louisiana one occasionally encounters southeast of Japan: there the depth is about 11,000 m. What is the pressure d 10,000 psig at a depth of 15,000 ft. If this pressure is greater than the ny ana 2.18.* 2.18. pressure at unters fluidp of the drilling fluid in the well from the2.19. result may be a blowout, which is property. Assuming that you are respuce s ing the drilling fluid for an area Waeni are expected whot is l n Vent Vent which is dangerous Gasoli r an area where suhExplanation / Answer
yeah but in final ans it has written only gauge pressure at the depth = 4.33 psig
no need to assume P0 =0 jaust remove it from final pressur = P0 + rho*g*h
which will give you gauge pressure.
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