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Spherical Tank Problem 3 The pressures Pa and Pe in the differential manometer gage are 154.415 kPag and 150 kPag respectively. If Y = 1.0 m. and Z = 0.5 m., determine the deflection X due to the deflection of special gage liquid, s.g.l. (s.g. = 2.95). PAS H2O PB s.g.l (s.g, = 2.95)

Spherical Tank Problem 3 The pressures Pa and Pe in the differential manometer gage are 154.415 kPag and 150 kPag respectively. If Y = 1.0 m. and Z = 0.5 m., determine the deflection X due to the deflection of special gage liquid, s.g.l. (s.g. = 2.95). PAS H2O PB s.g.l (s.g, = 2.95)

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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Spherical Tank Problem 3 The pressures PA and PB in the differential manometer PA gage are 154.415 kPag and 150 kPag respectively. If Y = 1.0 m. and Z = 0.5 m., determine the deflection X due to the deflection of special gage liquid, sg.l. H2O (s.g. = 2.95). PB sg.l (s.g, = 2.95)
Transcribed Image Text:Spherical Tank Problem 3 The pressures PA and PB in the differential manometer PA gage are 154.415 kPag and 150 kPag respectively. If Y = 1.0 m. and Z = 0.5 m., determine the deflection X due to the deflection of special gage liquid, sg.l. H2O (s.g. = 2.95). PB sg.l (s.g, = 2.95)
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