What is the minimum power required from the pump to deliver the oil fromReservoir A to Reservoir B as shown in Figure 2 at a rate of 0.30m³/s? The pumphas a 70% efficiency rating.VReservoir A-Oilv= 10-5 m²/sp=950kg/m³Elevation 135mSteel Pipe, ks =0.046mm,L= 200m, D=250mmElevation 120mr/D=0.1PumpFigure 2r/d=1Reservoir BabruptGlobe valve, wide openAir at200kPaElevation110mElevation100m

Given data as per the question Flow rate =0.3 m3/s Efficiency rating =70% Length of pipe =200 m…

What is the minimum power required from the pump to deliver the oil from Reservoir A to Reservoir B as shown in Figure 2 at a rate of 0.30m³/s? The pump has a 70% efficiency rating. ļ Reservoir A -Oil v= 10-5 m²/s p=950kg/m³ Elevation 135m Steel Pipe, ks =0.046mm, L= 200m, D=250mm Elevation 120m r/D=0.1 Pump Figure 2 r/d=1 Reservoir B abrupt Globe valve, wide open Air at 200kPa Elevation 110m Elevation 100m

What is the minimum power required from the pump to deliver the oil from Reservoir A to Reservoir B as shown in Figure 2 at a rate of 0.30m³/s? The pump has a 70% efficiency rating. ļ Reservoir A -Oil v= 10-5 m²/s p=950kg/m³ Elevation 135m Steel Pipe, ks =0.046mm, L= 200m, D=250mm Elevation 120m r/D=0.1 Pump Figure 2 r/d=1 Reservoir B abrupt Globe valve, wide open Air at 200kPa Elevation 110m Elevation 100m

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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