1. Water flows through a 12 inches by 6 inches venturi meter at the rate of 1.49 ft/s and the differential gage is deflected 3.5 ft as shown, the specific gravity of the gage liquid is 1.25 A) Compute the change is pressure from point 1 to point 2 (0.875 ft) B) Compute the velocity at the throat (7.75 fps) C) Compute the coefficient of discharge (0.98) 12">
1. Water flows through a 12 inches by 6 inches venturi meter at the rate of 1.49 ft/s and the differential gage is deflected 3.5 ft as shown, the specific gravity of the gage liquid is 1.25 A) Compute the change is pressure from point 1 to point 2 (0.875 ft) B) Compute the velocity at the throat (7.75 fps) C) Compute the coefficient of discharge (0.98) 12">
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:1. 'Water flows through a 12 inches by 6 inches venturi meter at the rate of 1.49 ft/s and the differential gage is deflected 3.5 ft as
shown, the specific gravity of the gage liquid is 1.25
A) Compute the change is pressure from point 1 to point 2 (0.875 ft)
B) Compute the velocity at the throat (7.75 fps)
C) Compute the coefficient of discharge (0.98)
12"
35
12"
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