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4) In the system below, pipe A has a diameter of 6", a length of 1500 ft and a friction factor of 0.032. Pipe B has a diameter of 8", a length of 1000 ft and a friction factor of 0.024. Pipe C has a diameter of 10", a length of 750 ft and a friction factor of 0.020. If the velocity in pipe B is 5 ft/s, what is the velocity in pipe A in ft/s? El. 210 ft %) a) 2.2 c) 4.3 A B 0.024 P b) 6.2 (d) 3.1 -El. 130 ft с El. 55 ft

4) In the system below, pipe A has a diameter of 6", a length of 1500 ft and a friction factor of 0.032. Pipe B has a diameter of 8", a length of 1000 ft and a friction factor of 0.024. Pipe C has a diameter of 10", a length of 750 ft and a friction factor of 0.020. If the velocity in pipe B is 5 ft/s, what is the velocity in pipe A in ft/s? El. 210 ft %) a) 2.2 c) 4.3 A B 0.024 P b) 6.2 (d) 3.1 -El. 130 ft с El. 55 ft

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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Answer Question 4: the marked choice is the correct answer. 

3) At point 1 on a pipe the pressure is 119.6 psi and the pipe elevation is 820 feet. If point 2 is 0.73 miles away from point 1 and has an elevation of 810 feet, what is the pressure at point 2 in psi? Assume that the total head loss is linearly distributed through the piping system at a rate of 12.6 feet per mile. a) 110 c) 120 4) In the system below, pipe A has a diameter of 6", a length of 1500 ft and a friction factor of 0.032. Pipe B has a diameter of 8", a length of 1000 ft and a friction factor of 0.024. Pipe C has a diameter of 10", a length of 750 ft and a friction factor of 0.020. If the velocity in pipe B is 5 ft/s, what is the velocity in pipe A in ft/s? El. 210 ft a) 2.2 c) 4.3 A B b) 115 d) 130 55 P b) 6.2 (d) 3.1 El. 130 ft C El. 55 ft +
Transcribed Image Text:3) At point 1 on a pipe the pressure is 119.6 psi and the pipe elevation is 820 feet. If point 2 is 0.73 miles away from point 1 and has an elevation of 810 feet, what is the pressure at point 2 in psi? Assume that the total head loss is linearly distributed through the piping system at a rate of 12.6 feet per mile. a) 110 c) 120 4) In the system below, pipe A has a diameter of 6", a length of 1500 ft and a friction factor of 0.032. Pipe B has a diameter of 8", a length of 1000 ft and a friction factor of 0.024. Pipe C has a diameter of 10", a length of 750 ft and a friction factor of 0.020. If the velocity in pipe B is 5 ft/s, what is the velocity in pipe A in ft/s? El. 210 ft a) 2.2 c) 4.3 A B b) 115 d) 130 55 P b) 6.2 (d) 3.1 El. 130 ft C El. 55 ft +
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