Problems.1. In the figure shown, ahorizontal rectangulartank is to be filled bya liquid whose spocificgravity (s.g.) is 2.0 by apump which delivers320 lpm capacity. Cal-culate the following:(a) the mass flow rates(in kg/nr)."(b) the time required to HOfill the tank at half-full level if the tank is4m, in length and 3m.high, and 2m, wide.PUMP2. In a tank containingair and water, the airpressure is 3.2 psi abs.,what is the pressure inPsi gage 4.5 ft. below thewater surface.(Paks = Pg + Patm.); P=whFigures.1.2.3. In the figure shown, Fluid Ais oil (s.g. = 0.80), Fluid B isspecial gage liquid (s.g.l.: s.g.= 2.95),and x = 1.45 m., determine theelevation of Fluid A if thepressure at pt. n is 22.06125 kPagand it is three-fourts of thepressure at pt. m.2m.AirPASOH₂O3.TDEET4.5 ft.TANKFluidsgl.n..4m.Fluid Aoil.Z = ?3m.

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Problems. 1. In the figure shown, a horizontal rectangular tank is to be filled by a liquid whose specific gravity (s.g.) is 2.0 by a pump which delivers. 320 lpm capacity. Cal- culate the following: (a) the mass flow rates (in kg/nr)." (b) the time required to HO fill the tank at half- full level if the tank is 4m, in length and 3m. high, and 2m, wide. PUMP Figures. 1. 2m. K TANK 3m.

Problems. 1. In the figure shown, a horizontal rectangular tank is to be filled by a liquid whose specific gravity (s.g.) is 2.0 by a pump which delivers. 320 lpm capacity. Cal- culate the following: (a) the mass flow rates (in kg/nr)." (b) the time required to HO fill the tank at half- full level if the tank is 4m, in length and 3m. high, and 2m, wide. PUMP Figures. 1. 2m. K TANK 3m.

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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