(15a) Determine the gage pressure at A. Fluid A is water, Fluid B is air, Fluid C is mercury, and Fluid D is oil ... (s=0.94). Other given data are: h₁=40 cm, h₂=25 cm, h3=10 cm, h= 8 cm, h5= 3 cm, h=60 cm. (15b) So that the gage pressure at A will be zero, what would be the reading h, in mm? (15c) If he stands on the right leg and not on the center leg, determine the pressure head at A in meters of oil (s=0.94). The center leg (h3) is now occupied with air and the right leg (for h, previously occupied with fluid D) is now occupied with Fluid C. Fluid B h₁ ho TU h₂ 3 h3 h5 hA Fluid C Fluid A Fluid D
(15a) Determine the gage pressure at A. Fluid A is water, Fluid B is air, Fluid C is mercury, and Fluid D is oil ... (s=0.94). Other given data are: h₁=40 cm, h₂=25 cm, h3=10 cm, h= 8 cm, h5= 3 cm, h=60 cm. (15b) So that the gage pressure at A will be zero, what would be the reading h, in mm? (15c) If he stands on the right leg and not on the center leg, determine the pressure head at A in meters of oil (s=0.94). The center leg (h3) is now occupied with air and the right leg (for h, previously occupied with fluid D) is now occupied with Fluid C. Fluid B h₁ ho TU h₂ 3 h3 h5 hA Fluid C Fluid A Fluid D
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:(15a) Determine the gage pressure at A. Fluid A is water,
Fluid B is air, Fluid C is mercury, and Fluid D is oil
(s=0.94). Other given data are: h₁=40 cm, h₂=25 cm,
h3-10 cm, h4 8 cm, h5= 3 cm, h=60 cm.
(15b) So that the gage pressure at A will be zero, what
would be the reading h, in mm?
(15c) If he stands on the right leg and not on the center
leg, determine the pressure head at A in meters of oil
(s=0.94). The center leg (h3) is now occupied with air
and the right leg (for h3 previously occupied with fluid
D) is now occupied with Fluid C.
Fluid B
h₁
U
Fluid D
h₂
h3
h5
h4
Fluid C
Fluid A
ho
●●●
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