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P-P.(1+ wD.P.C +WD A water treatment plant (WTP) in Pulai Jaya Baru has a design water flow of 3.8 x 103 m3/d. The rapid mixing tank uses a mechanical mixer with an alum dosage of 30 mg/L and a hydraulic retention time (HRT) of 1.5 minutes. x100 AH, (R, + R) AH, (R, + R,), AH, (R, + R ) Find the power output required in kW. 2 H Q Zoom (Given G = 850 s with a water temperature of 10 °C;u = 1.30 x 103 kgm/s) 3.72 5.15 c) 3.62 D 1.11

P-P.(1+ wD.P.C +WD A water treatment plant (WTP) in Pulai Jaya Baru has a design water flow of 3.8 x 103 m3/d. The rapid mixing tank uses a mechanical mixer with an alum dosage of 30 mg/L and a hydraulic retention time (HRT) of 1.5 minutes. x100 AH, (R, + R) AH, (R, + R,), AH, (R, + R ) Find the power output required in kW. 2 H Q Zoom (Given G = 850 s with a water temperature of 10 °C;u = 1.30 x 103 kgm/s) 3.72 5.15 c) 3.62 D 1.11

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
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P-P.(1+)* wD. P.C+Wo A water treatment plant (WTP) in Pulai Jaya Baru has a design water flow of 3.8 x 103 m3/d. The rapid mixing tank uses a mechanical mixer with an alum dosage of 30 mg/L and a hydraulic retention time (HRT) of 1.5 minutes. -x 100 AH, (R, + R,) AH, (R, + R,) , AH, (R, +R ) 2 Find the power output required in kW. R, H Q Zoom (Given G = 850 s with a water temperature of 10 °C;u = 1.30 x 103 kgm/s) 3.72 5.15 c 3.62 D 1.11
Transcribed Image Text:P-P.(1+)* wD. P.C+Wo A water treatment plant (WTP) in Pulai Jaya Baru has a design water flow of 3.8 x 103 m3/d. The rapid mixing tank uses a mechanical mixer with an alum dosage of 30 mg/L and a hydraulic retention time (HRT) of 1.5 minutes. -x 100 AH, (R, + R,) AH, (R, + R,) , AH, (R, +R ) 2 Find the power output required in kW. R, H Q Zoom (Given G = 850 s with a water temperature of 10 °C;u = 1.30 x 103 kgm/s) 3.72 5.15 c 3.62 D 1.11
Pn = P. (1 +r) m WDn = Pn x Cn x fn + WDT(n) %3D UTM UTM r= 1+ 0.5 (a x b x h) P = 0.5CDAppu, S UTM %R = Co-t x 100% P= G*uV TM Co UTM AH, (R, + R,) AH, (R, +R,) , AH; (R, + R, %3D H UTM 2 Н the power output reauired in kW. H G850 s with a water temperature of 10 °C;p 1.30 x 10 kgm/s)
Transcribed Image Text:Pn = P. (1 +r) m WDn = Pn x Cn x fn + WDT(n) %3D UTM UTM r= 1+ 0.5 (a x b x h) P = 0.5CDAppu, S UTM %R = Co-t x 100% P= G*uV TM Co UTM AH, (R, + R,) AH, (R, +R,) , AH; (R, + R, %3D H UTM 2 Н the power output reauired in kW. H G850 s with a water temperature of 10 °C;p 1.30 x 10 kgm/s)
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