mechanical efficiency is 80% . Calculate the required pump power
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mechanical efficiency is 80% . Calculate the required pump
power
k elbow 0.9 600mm oppe- L...
Water is to be transferred within the pump system. Calculate the required pump power if the...
Water is to be transferred within the pump system. Calculate the
required pump power if the mechanical efficiency is 80%.
k ellow -0.9 appe=600mm L a loodgl, m K 12m 10m 5m Pune Relative Raghness Sump Pipe k Pipe L 0.0001 Dlanetor Length 500mm 10m 600mm 1000mm 0.0001
(b) If the pump efficiency in the above question 4(a) is 80%, calculate the power input...
(b) If the pump efficiency in the above question 4(a) is 80%, calculate the power input (Pin) to the pump. (4 points)
1 A pump delivers water from the lower reservoir to the upper reservoir at a rate of 60 L/s. Both...
1 A pump delivers water from the lower reservoir to the upper reservoir at a rate of 60 L/s. Both the suction and discharge pipes are DN 150 schedule 40steel pipe. The length of the suction pipe leading to the pump is 3.5 m, and 7 m of discharge pipe extend from the pump outlet to the upper tank. There are three standard 900 elbows and a fully open gate valve. The depth of the fluid level inside the lower...
please solve it step by step with details thank you!!!!! Water is to be pumped from...
please solve it step by step with details
thank you!!!!!
Water is to be pumped from one large, open tank to a second large open tank as shown in Figure 1. The pipe diameter throughout is 15 cm and the total length of the pipe between the pipe entrance and exit is 60 m. Minor loss coefficient for the entrance, exit and the elbow are shown, and the Darcy friction factor for the pipe can be assumed constant and equal...
Problem 3. Find the required power to pump 0.1 m/s of liquid. (s = 0,85, v...
Problem 3. Find the required power to pump 0.1 m/s of liquid. (s = 0,85, v = 10m2/s). The pump is operating at an efficiency n = 0.75 Line 1 : L1 = 10 m, D=0.20 m, f = 0.03, K1 = 0.5, Ky = 1 Line 2: L2 = 500 m, D=0.25 m, f = 0.03, Ke = 0.25, K2 = 2 el 20 m Line 2 el 10 m Line 1 Problem 5. A 20-inch steel pipe that...
Water at 50 °F is pumped from pond 1 to pond 2. Calculate the volumetric flow...
Water at 50 °F is pumped from pond 1 to pond 2. Calculate the volumetric flow rate and pump power for the following given information Patm h Opump Patm ... Total pipe length: /=500 ft Pipe diameter: d=8 in Pipe material: new cast iron Elbow type: flanged, 90° regular Valve type: globe, flanged, fully open Inlet and Exit type: sudden, Fig. 6.22 Pump head: hp 250 ft Pump efficiency: np=0.85 h-200 ft F (velocity, ft/s x diameter. (Vd) for water...
Water at 50 °Fis circulated from a large tank, through a filter, and back to the...
Water at 50 °Fis circulated from a large tank, through a filter, and back to the tank Calculate the volumetric flow rate through the filter for the following given information: Patm V.. Valve Pump Filter Pump power: W=200 lbf.ft/s Pump efficiency: 1p-0.9 Total pipe length: /= 200 ft Pipe diameter: d=0.1 ft Pipe surface relative roughness: /d=0.01 Elbow loss factor (each): Kelbow=1.5 Valve loss factor: Kvalve-6 Inlet and Exit type: sudden, Fig. 6.22 Filter loss factor Kriter=12 F (velocity, ft/s...
Water is to be transferred within the pump system. Calculate the
required pump power if the mechanical efficiency is 80%.
k ellow -0.9 appe=600mm L a loodgl, m K 12m 10m 5m Pune Relative Raghness Sump Pipe k Pipe L 0.0001 Dlanetor Length 500mm 10m 600mm 1000mm 0.0001
(b) If the pump efficiency in the above question 4(a) is 80%, calculate the power input (Pin) to the pump. (4 points)
1 A pump delivers water from the lower reservoir to the upper reservoir at a rate of 60 L/s. Both the suction and discharge pipes are DN 150 schedule 40steel pipe. The length of the suction pipe leading to the pump is 3.5 m, and 7 m of discharge pipe extend from the pump outlet to the upper tank. There are three standard 900 elbows and a fully open gate valve. The depth of the fluid level inside the lower...
please solve it step by step with details
thank you!!!!!
Water is to be pumped from one large, open tank to a second large open tank as shown in Figure 1. The pipe diameter throughout is 15 cm and the total length of the pipe between the pipe entrance and exit is 60 m. Minor loss coefficient for the entrance, exit and the elbow are shown, and the Darcy friction factor for the pipe can be assumed constant and equal...
Problem 3. Find the required power to pump 0.1 m/s of liquid. (s = 0,85, v = 10m2/s). The pump is operating at an efficiency n = 0.75 Line 1 : L1 = 10 m, D=0.20 m, f = 0.03, K1 = 0.5, Ky = 1 Line 2: L2 = 500 m, D=0.25 m, f = 0.03, Ke = 0.25, K2 = 2 el 20 m Line 2 el 10 m Line 1 Problem 5. A 20-inch steel pipe that...
Water at 50 °F is pumped from pond 1 to pond 2. Calculate the volumetric flow rate and pump power for the following given information Patm h Opump Patm ... Total pipe length: /=500 ft Pipe diameter: d=8 in Pipe material: new cast iron Elbow type: flanged, 90° regular Valve type: globe, flanged, fully open Inlet and Exit type: sudden, Fig. 6.22 Pump head: hp 250 ft Pump efficiency: np=0.85 h-200 ft F (velocity, ft/s x diameter. (Vd) for water...
Water at 50 °Fis circulated from a large tank, through a filter, and back to the tank Calculate the volumetric flow rate through the filter for the following given information: Patm V.. Valve Pump Filter Pump power: W=200 lbf.ft/s Pump efficiency: 1p-0.9 Total pipe length: /= 200 ft Pipe diameter: d=0.1 ft Pipe surface relative roughness: /d=0.01 Elbow loss factor (each): Kelbow=1.5 Valve loss factor: Kvalve-6 Inlet and Exit type: sudden, Fig. 6.22 Filter loss factor Kriter=12 F (velocity, ft/s...
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