7-1. The pipe system of Fig. 7-9 is modified as a result of the analysis presented in the text. All 305-mm (12-in) lines are increased to 355 mm (14 in), the 355-mm (14-in) lines are increased to 405 mm (16 in), and the 405-mm (16-in) line is increased to 450 mm (18 in). Determine the flow in each line, the velocity in each line, and the pressure at point G assuming points A and G are at the same elevation and the pressure at A is 500 kPa (75 lb/in²). Is the system now satisfactory?
7-1. The pipe system of Fig. 7-9 is modified as a result of the analysis presented in the text. All 305-mm (12-in) lines are increased to 355 mm (14 in), the 355-mm (14-in) lines are increased to 405 mm (16 in), and the 405-mm (16-in) line is increased to 450 mm (18 in). Determine the flow in each line, the velocity in each line, and the pressure at point G assuming points A and G are at the same elevation and the pressure at A is 500 kPa (75 lb/in²). Is the system now satisfactory?
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
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Transcribed Image Text:2.2 m3/min
305 mm
A
Inflow
1000 m
25 m/min
2.5+
m3/min
250 mm
0.5 m3/min
1100 m
B 200 mm
БО0 m
E I
2.0
200 mm
D
E
500 m
II
1.5 m/min
305 mm
1100 m
G
2.3 m3/min
14 m3 /min
FIGURE 7-9
Simplified distribution system.
305 mm
305 mm
1250 m
w 0001
405 mm
ww 99E
1250 m
ww 9SE
w 000
4.
w 009
200 mm
400 m
Transcribed Image Text:7-1. The pipe system of Fig. 7-9 is modified as a result of the analysis presented in the
text. All 305-mm (12-in) lines are increased to 355 mm (14 in), the 355-mm (14-in)
lines are increased to 405 mm (16 in), and the 405-mm (16-in) line is increased to
450 mm (18 in). Determine the flow in each line, the velocity in each line, and the
pressure at point G assuming points A and G are at the same elevation and the
pressure at A is 500 kPa (75 lb/in²). Is the system now satisfactory?
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