Twenty gpm of 60°F water enters the parallel piping system shown in the figure. Branch A consists of Sch. 40 1-in. steel pipe with an equivalent length of 80 ft. Branch B consists of 100 ft of Sch. 40 1-in. steel pipe, four 90° elbows with equivalent lengths of 5.2 ft each, and a globe valve with an equivalent length of 29 ft. The flow rate (gpm) through Branch B is most nearly: (A) 7 BRANCH A 1-in. STEEL PIPE 80 ft EQUIV. LENGTH 10 13 20 gpm 20 gpm 100-ft 1-in. SCH. 40 STEEL PIPE BRANCH B GLOBE VALVE 29 ft EQUIV. LENGTH 90° ELBOW 5.2 ft EQUIV. LENGTH (TYP.)
Twenty gpm of 60°F water enters the parallel piping system shown in the figure. Branch A consists of Sch. 40 1-in. steel pipe with an equivalent length of 80 ft. Branch B consists of 100 ft of Sch. 40 1-in. steel pipe, four 90° elbows with equivalent lengths of 5.2 ft each, and a globe valve with an equivalent length of 29 ft. The flow rate (gpm) through Branch B is most nearly: (A) 7 BRANCH A 1-in. STEEL PIPE 80 ft EQUIV. LENGTH 10 13 20 gpm 20 gpm 100-ft 1-in. SCH. 40 STEEL PIPE BRANCH B GLOBE VALVE 29 ft EQUIV. LENGTH 90° ELBOW 5.2 ft EQUIV. LENGTH (TYP.)
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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Transcribed Image Text:127. Twenty gpm of 60°F water enters the parallel piping system shown in the figure. Branch A
consists of Sch. 40 1-in. steel pipe with an equivalent length of 80 ft. Branch B consists of 100 ft
of Sch. 40 1-in. steel pipe, four 90° elbows with equivalent lengths of 5.2 ft each, and a globe
valve with an equivalent length of 29 ft. The flow rate (gpm) through Branch B is most nearly:
(A)
7
8.
BRANCH A
1-in. STEEL PIPE
80 ft EQUIV. LENGTH
10
13
20 gpm
20 gpm
100-ft
1-in. SCH. 40 STEEL PIPE
BRANCH B
GLOBE VALVE
29 ft EQUIV.
LENGTH
90° ELBOW
5.2 ft EQUIV.
LENGTH (TYP.)
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