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14. Problem In Sigure shown, the distance y + z = 1.20 m. When fluid A is water, fluid B is mercury, and the pressure at "m" is vacuum of 37 kPa, compute "2": Fluid A(₂0) a) 0.601 m. b) 0.196 m. c) 0.955 m. d) 1.042 m. Fluid B Mercury

14. Problem In Sigure shown, the distance y + z = 1.20 m. When fluid A is water, fluid B is mercury, and the pressure at "m" is vacuum of 37 kPa, compute "2": Fluid A(₂0) a) 0.601 m. b) 0.196 m. c) 0.955 m. d) 1.042 m. Fluid B Mercury

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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PEIZOMETER TUBES 14. Problem In Sigure shown, the distance y + % z = 1.20 m. When fluid A is water, fluid B is mercury. and the pressure at "m" is vacuum of 37 kPa, compute "2": a) 0.601 m. b) 0.196 m. c) 0.955 m. d) 1.042 m. Fluid A(H₂0) a) 4.22 m b) 9.98 m c) 6.57 m d) 7.23 m 15. Problem In the figure shown, fluid A is water, fluid B is mercury, z = 450 fnm, y = 900 mm. Compute the pressure head difference between m and n. 2=45 Fluid A Fluid B Mercury Fhid B Fluid A
Transcribed Image Text:PEIZOMETER TUBES 14. Problem In Sigure shown, the distance y + % z = 1.20 m. When fluid A is water, fluid B is mercury. and the pressure at "m" is vacuum of 37 kPa, compute "2": a) 0.601 m. b) 0.196 m. c) 0.955 m. d) 1.042 m. Fluid A(H₂0) a) 4.22 m b) 9.98 m c) 6.57 m d) 7.23 m 15. Problem In the figure shown, fluid A is water, fluid B is mercury, z = 450 fnm, y = 900 mm. Compute the pressure head difference between m and n. 2=45 Fluid A Fluid B Mercury Fhid B Fluid A
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