1. Given the pressure difference generated by a pump is AP = 8.75 kPa, what will...

Transcribed Image Text:

1. Given the pressure difference generated by a pump is AP = 8.75 kPa, what will be the flow rate Q (in m³/s) of water through a smooth pipe of diameter D = 100 mm and length L = 100 m? Assume density and viscosity of water to be p = 1000 kg/m³ and μ = 0.001 Ns/m², respectively. Also, calculate the magnitude of major loss for this case. 2. Over time, the initially smooth pipe (mentioned in Problem 1), develops a roughness of € = 0.5 mm. Estimate the flow-rate Q through the pipe now. Given, the pressure difference created by the pump remains the same. Again, calculate the magnitude of major loss now. 1. Given the pressure difference generated by a pump is AP = 8.75 kPa, what will be the flow rate Q (in m³/s) of water through a smooth pipe of diameter D = 100 mm and length L = 100 m? Assume density and viscosity of water to be p = 1000 kg/m³ and μ = 0.001 Ns/m², respectively. Also, calculate the magnitude of major loss for this case. 2. Over time, the initially smooth pipe (mentioned in Problem 1), develops a roughness of € = 0.5 mm. Estimate the flow-rate Q through the pipe now. Given, the pressure difference created by the pump remains the same. Again, calculate the magnitude of major loss now. 1. Given the pressure difference generated by a pump is AP = 8.75 kPa, what will be the flow rate Q (in m³/s) of water through a smooth pipe of diameter D = 100 mm and length L = 100 m? Assume density and viscosity of water to be p = 1000 kg/m³ and μ = 0.001 Ns/m², respectively. Also, calculate the magnitude of major loss for this case. 2. Over time, the initially smooth pipe (mentioned in Problem 1), develops a roughness of € = 0.5 mm. Estimate the flow-rate Q through the pipe now. Given, the pressure difference created by the pump remains the same. Again, calculate the magnitude of major loss now.

Answer rating: 100% (QA)

Problem 1 Smooth Pipe Given Pressure difference AP 875 kPa Pipe diameter D 100 mm 01 m Pipe length L 100 m Water density 1000 kgm Water viscosity 0001 ... View the full answer