3. IN THE FIGURE SHOWN, THE 50-METER PIPE IS 60 MM IN DIAMETER. THE FLUID FLOWING HAS MASS DENSITY OF 920 KG/CU.METER AND DYNAMIC VISCOSITY OF 0.29 PA-S. THE PRESSURE IN THE ENCLOSED TANK IS 200 KPA GAGE. DETERMINE THE FOLLOWING(ƒ =0.0225). A. THE AMOUNT AND DIRECTION OF FLOW B. THE VELOCITY OF FLOW IN THE PIPE. C. THE REYNOLDS NUMBER OF THE FLOW H=12 m L- 50 m
3. IN THE FIGURE SHOWN, THE 50-METER PIPE IS 60 MM IN DIAMETER. THE FLUID FLOWING HAS MASS DENSITY OF 920 KG/CU.METER AND DYNAMIC VISCOSITY OF 0.29 PA-S. THE PRESSURE IN THE ENCLOSED TANK IS 200 KPA GAGE. DETERMINE THE FOLLOWING(ƒ =0.0225). A. THE AMOUNT AND DIRECTION OF FLOW B. THE VELOCITY OF FLOW IN THE PIPE. C. THE REYNOLDS NUMBER OF THE FLOW H=12 m L- 50 m
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![3. IN THE FIGURE SHOWN, THE 50-METER PIPE IS 60 MM IN DIAMETER. THE FLUID FLOWING HAS
MASS DENSITY OF 920 KG/CU.METER AND DYNAMIC VISCOSITY OF 0.29 PA-S. THE PRESSURE IN THE
ENCLOSED TANK IS 200 KPA GAGE. DETERMINE THE FOLLOWING(ƒ =0.0225).
A. THE AMOUNT AND DIRECTION OF FLOW
B. THE VELOCITY OF FLOW IN THE PIPE.
C. THE REYNOLDS NUMBER OF THE FLOW
H= 12 m
L=50 m](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7dd3e3b7-c229-4d38-bb70-9aef69f760c8%2Fd59a97f0-953d-41aa-a933-3af03a93d38b%2Foveq5g_processed.png&w=3840&q=75)
Transcribed Image Text:3. IN THE FIGURE SHOWN, THE 50-METER PIPE IS 60 MM IN DIAMETER. THE FLUID FLOWING HAS
MASS DENSITY OF 920 KG/CU.METER AND DYNAMIC VISCOSITY OF 0.29 PA-S. THE PRESSURE IN THE
ENCLOSED TANK IS 200 KPA GAGE. DETERMINE THE FOLLOWING(ƒ =0.0225).
A. THE AMOUNT AND DIRECTION OF FLOW
B. THE VELOCITY OF FLOW IN THE PIPE.
C. THE REYNOLDS NUMBER OF THE FLOW
H= 12 m
L=50 m
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