Water flows upward through a vertical 300 mm by 150 mm Venturi meter whose coefficient is 0.980. The differential gage deflection is 1.15 m of liquid of specific gravity of 1.25 as shown in the figure. Determine the (a) actual flow in m3/s, (b) theoretical discharge in m3/s, and (c) head loss from section A to section B in m
Water flows upward through a vertical 300 mm by 150 mm Venturi meter whose coefficient is 0.980. The differential gage deflection is 1.15 m of liquid of specific gravity of 1.25 as shown in the figure. Determine the (a) actual flow in m3/s, (b) theoretical discharge in m3/s, and (c) head loss from section A to section B in m
Traffic and Highway Engineering
5th Edition
ISBN:9781305156241
Author:Garber, Nicholas J.
Publisher:Garber, Nicholas J.
Chapter14: Highway Surveys And Location
Section: Chapter Questions
Problem 11P
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Question
Water flows upward through a vertical 300 mm by 150 mm Venturi meter whose coefficient is 0.980. The
differential gage deflection is 1.15 m of liquid of specific gravity of 1.25 as
shown in the figure.
Determine the
(a)
actual flow in m3/s,
(b) theoretical discharge in m3/s, and
(c) head loss from section A to section B in m
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