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P₁ 10 FT Q 5 FT 90° ELBOW 90° ELBOW 10 FT 20 FT GLOBE VALVE (WIDE OPEN) Figure 4-24. Hydraulic system for Exercise 4-31. P₂ LOAD FORCE Find p₂-P₁ in units of bars. 4-31E. For the system of Figure 4-24, if p₁ = 100 psi, solve for p2 in units of psi. The pipe is 45 ft long, has a 1.5-in ID throughout, and lies in a horizontal plane. Q = 30 gpm of oil (SG = 0.90 and v= 100 cS).

P₁ 10 FT Q 5 FT 90° ELBOW 90° ELBOW 10 FT 20 FT GLOBE VALVE (WIDE OPEN) Figure 4-24. Hydraulic system for Exercise 4-31. P₂ LOAD FORCE Find p₂-P₁ in units of bars. 4-31E. For the system of Figure 4-24, if p₁ = 100 psi, solve for p2 in units of psi. The pipe is 45 ft long, has a 1.5-in ID throughout, and lies in a horizontal plane. Q = 30 gpm of oil (SG = 0.90 and v= 100 cS).

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Attached is question 4-31. Solve answer showing all work.

P₁ 10 FT Q 5 FT 90° ELBOW 90° ELBOW 10 FT 20 FT GLOBE VALVE (WIDE OPEN) Figure 4-24. Hydraulic system for Exercise 4-31. P₂ E LOAD FORCE Find P2 - P₁ in units of bars. • 4-31E. For the system of Figure 4-24, if p₁ = 100 psi, solve for p₂ in units of psi. The pipe is 45 ft long, has a 1.5-in ID throughout, and lies in a horizontal plane. Q = 30 gpm of oil (SG = 0.90 and v = 100 cS).
Transcribed Image Text:P₁ 10 FT Q 5 FT 90° ELBOW 90° ELBOW 10 FT 20 FT GLOBE VALVE (WIDE OPEN) Figure 4-24. Hydraulic system for Exercise 4-31. P₂ E LOAD FORCE Find P2 - P₁ in units of bars. • 4-31E. For the system of Figure 4-24, if p₁ = 100 psi, solve for p₂ in units of psi. The pipe is 45 ft long, has a 1.5-in ID throughout, and lies in a horizontal plane. Q = 30 gpm of oil (SG = 0.90 and v = 100 cS).
Expert Solution
Step 1 Given

p1 = 100psiLp = 45ft.D = 1.5in.Q = 30gpmOil - SG = .90ν = 100cS

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