The pump shown in Fig. 4 adds a 15-ft head to the water (p= 1.94 slugs/ft,...

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The pump shown in Fig. 4 adds a 15-ft head to the water (p= 1.94 slugs/ft³, μ = 2.34 x 10-5 lbf-s/ft² and y = 62.4 lbf/ft³) being pumped from the upper tank to the lower tank. If the pipe has a roughness & = 0.003 ft, determine the flow rate Q. Use f = 0.03 as the initial guess then the following equation for the remaining iterations until f converges to the thousandth decimal place. (Note: 1 psi = 144 lbf/ft² and g = 32.2 ft/s²) --- KLelbow = 0.3 1.1 E/D 6.9 Blog [(77) + 52 3.7 Re = -1.8 log Diameter 0.5 ft. Ktentrance = 0.6 Pump -Total length of pipe = 200 ft Closed tank Air Figure 4 - Elevation = 200 ft Water p= 3 psi -Elevation = 195 ft The pump shown in Fig. 4 adds a 15-ft head to the water (p= 1.94 slugs/ft³, μ = 2.34 x 10-5 lbf-s/ft² and y = 62.4 lbf/ft³) being pumped from the upper tank to the lower tank. If the pipe has a roughness & = 0.003 ft, determine the flow rate Q. Use f = 0.03 as the initial guess then the following equation for the remaining iterations until f converges to the thousandth decimal place. (Note: 1 psi = 144 lbf/ft² and g = 32.2 ft/s²) --- KLelbow = 0.3 1.1 E/D 6.9 Blog [(77) + 52 3.7 Re = -1.8 log Diameter 0.5 ft. Ktentrance = 0.6 Pump -Total length of pipe = 200 ft Closed tank Air Figure 4 - Elevation = 200 ft Water p= 3 psi -Elevation = 195 ft

Answer rating: 100% (QA)

Given Head H 15 ft Pipe diameter D 05 ft Pipe length L 200 ft Pipe roughness 0... View the full answer