In the branched-pipe system shown in Fig. 12.9,1350 gal/ min of benzene (sg 0.87) at 140°F is flowing in the 8-in pipe. Calculate the volume flow rate in the 6-in and the 2-in pipes. All pipes are standard Schedule 40 steel pipes. Both pipes are hydraulic cop-0 m long. (The fluid is water at 10°C.)the resistance coefficient K of the valves 12.4lem 12.5.8 in6 in160-mm OD x 5.5-mm wall12.7 Solve Problem 12.4, using the Cross techniqu12.8 Solve Problem 12.3, using the Cross techniqueCHT ZZ omny open.c. Valve in branch 1 only open.Fully openglobe valve500 ft100-mm ODx 3.5-mm2 inValveK=?fatSwing-typecheck valve8 in160-mm OD x 5.5-mm wall

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In the branched-pipe system shown in Fig. 12.9,1350 gal/ min of benzene (sg 0.87) at 140°F is flowing in the 8-in pipe. Calculate the volume flow rate in the 6-in and the 2-in pipes. All pipes are standard Schedule 40 steel pipes.

In the branched-pipe system shown in Fig. 12.9,1350 gal/ min of benzene (sg 0.87) at 140°F is flowing in the 8-in pipe. Calculate the volume flow rate in the 6-in and the 2-in pipes. All pipes are standard Schedule 40 steel pipes.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

Both pipes are hydraulic cop-
0 m long. (The fluid is water at 10°C.)
the resistance coefficient K of the valve
s 12.4
lem 12.5.
8 in
6 in
160-mm OD x 5.5-mm wall
12.7 Solve Problem 12.4, using the Cross techniqu
12.8 Solve Problem 12.3, using the Cross technique
CHT Z
Z omny open.
c. Valve in branch 1 only open.
Fully open
globe valve
500 ft
100-mm OD
x 3.5-mm
2 in
Valve
K=?
fat
Swing-type
check valve
8 in
160-mm OD x 5.5-mm wall

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