A U-shape manometer connects to a water tank with the other end open as shown below. The specific weight of water is Yw=9.81 kN/m², the specific gravity of the mercury is sg = 13.59. The pressure at location 1 is P1, and the absolute pressure at location 2, the free surface of mercury is P2=101 kPa. The vertical distances are h 1=0.1 m and h2 = 0.1 m. Determine (3) the gage pressure of p1- _kPa. Water Air at atmospheric Pressure h1 -Mercury O A. 15.29 О В.-11.37 O C-135.28 O D. 11.37
A U-shape manometer connects to a water tank with the other end open as shown below. The specific weight of water is Yw=9.81 kN/m², the specific gravity of the mercury is sg = 13.59. The pressure at location 1 is P1, and the absolute pressure at location 2, the free surface of mercury is P2=101 kPa. The vertical distances are h 1=0.1 m and h2 = 0.1 m. Determine (3) the gage pressure of p1- _kPa. Water Air at atmospheric Pressure h1 -Mercury O A. 15.29 О В.-11.37 O C-135.28 O D. 11.37
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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A U-shape manometer connects to a water tank with the other end open as shown below. The specific weight of water is , the specific gravity of the mercury is . The pressure at location 1 is , and the absolute pressure at location 2, the free surface of mercury is =101 kPa. The vertical distances are and
Determine (3) the gage pressure of _____________kPa.
Transcribed Image Text:A U-shape manometer connects to a water tank with the other end open as shown below. The specific weight of water is Yw=9.81 kN/m²,
the specific gravity of the mercury is sg = 13.59. The pressure at location 1 is p1, and the absolute pressure at location 2, the free surface of mercury
is P2 =101 kPa. The vertical distances are h1=0.1 m and h2=0.1 m.
Determine (3) the gage pressure of P1-
kPa.
Water
Air at
atmospheric
Pressure
h1
h2
-Mercury
O A. 15.29
B. -11.37
O C.-135.28
O D. 11.37
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