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Water in the pipe is shown in the figure. Determine the pressure at Point A in kPa(abs), to the nearest 100th, if the atmospheric pressure above the open end of the manometer is 101.0. h1 225 mm h2 = 135 mm Pipe h1 Water h2 Mercury (sg = 13.54)

Water in the pipe is shown in the figure. Determine the pressure at Point A in kPa(abs), to the nearest 100th, if the atmospheric pressure above the open end of the manometer is 101.0. h1 225 mm h2 = 135 mm Pipe h1 Water h2 Mercury (sg = 13.54)

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Please do these two questions Thanks in advance
Water in the pipe is shown in the figure. Determine the pressure at Point A in kPa(abs), to the nearest 100th, if the atmospheric pressure above the open end of the manometer is 101.0. h1 = 225 mm h2 = 135 mm A Pipe h1 Water h2 - Mercury (sg = 13.54)
Transcribed Image Text:Water in the pipe is shown in the figure. Determine the pressure at Point A in kPa(abs), to the nearest 100th, if the atmospheric pressure above the open end of the manometer is 101.0. h1 = 225 mm h2 = 135 mm A Pipe h1 Water h2 - Mercury (sg = 13.54)
Determine the pressure at the bottom of the tank, to the nearest 100th, if the air pressure above the oil is 184 kPa (gauge). h1 = 1.02 m h2 = 3.04 m %3D 1.2 m Air Oil h1 (sg = 0.80) Water h2 2 m
Transcribed Image Text:Determine the pressure at the bottom of the tank, to the nearest 100th, if the air pressure above the oil is 184 kPa (gauge). h1 = 1.02 m h2 = 3.04 m %3D 1.2 m Air Oil h1 (sg = 0.80) Water h2 2 m
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