Consider the steady flow of water (p= 1.94 slug/ft) through the device shown below. Areas are: Aj = 0.2 ft, A2= 0.5 ft, A3 = A4 = 0.4 ft. Mass flow out through section (3) is given as 3.88 slug/s, and the volumetric flow rate in through section (4) is 1 ft/s. Velocity at section (1) is 10î ft/s. Determine the velocity a section (2).

Structural Analysis
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ISBN:9781337630931
Author:KASSIMALI, Aslam.
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Chapter2: Loads On Structures
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1. Consider the steady flow of water (p= 1.94 slug/ft') through the device shown below. Areas are: A1
= 0.2 ft, A2= 0.5 f, A3 = A4 = 0.4 ft. Mass flow out through section (3) is given as 3.88 slug/s, and
the volumetric flow rate in through section (4) is 1 ft'/s. Velocity at
section (1) is 10î ft/s. Determine the velocity a section (2).
60°
(3)
(1)
30°
Transcribed Image Text:1. Consider the steady flow of water (p= 1.94 slug/ft') through the device shown below. Areas are: A1 = 0.2 ft, A2= 0.5 f, A3 = A4 = 0.4 ft. Mass flow out through section (3) is given as 3.88 slug/s, and the volumetric flow rate in through section (4) is 1 ft'/s. Velocity at section (1) is 10î ft/s. Determine the velocity a section (2). 60° (3) (1) 30°
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