Water flows steadily down the inclined pipe as indicated in Fig. Determine the following: (a) The difference in pressure p₁ - P₂. (b) The loss per unit mass between sections (1) and (2). (c) The net axial force exerted by the pipe wall on the flowing water between sections (1) and (2). www Flow PA wwwwww Section (1) D-6 in. 30° 5 ft = 6 in. Rx Section Control Volume (2) wwwwww Mercury
Water flows steadily down the inclined pipe as indicated in Fig. Determine the following: (a) The difference in pressure p₁ - P₂. (b) The loss per unit mass between sections (1) and (2). (c) The net axial force exerted by the pipe wall on the flowing water between sections (1) and (2). www Flow PA wwwwww Section (1) D-6 in. 30° 5 ft = 6 in. Rx Section Control Volume (2) wwwwww Mercury
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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سمنب Fluid mechanics

Transcribed Image Text:Water flows steadily down the inclined
pipe as indicated in Fig. Determine the
following: (a) The difference in pressure p₁ - P₂.
(b) The loss per unit mass between sections (1)
and (2). (c) The net axial force exerted by the
pipe wall on the flowing water between sections
(1) and (2).
www
Flow
PA
www
Section (1)
D-6 in.
30°
5 ft =
6 in.
Rx
Section
Control
Volume
(2)
www*****
Mercury
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