Calculate the per meter (of length) pressure drop (units: kPa) associated frictional losses (only) in a hydraulic transmission line.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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QUESTION 10
1.
U, ..
Calculate the per meter (of length) pressure drop (units: kPa) associated frictional losses (only) in a hydraulic
transmission line.
Assumptions:
Q (flowrate)=0.5L/s
D (inner), actual=12mm
T=20degC
p (density)=888. I kg/m3
Cp=1881 kJ/kg.°C
µ (dyn. viscosity)= 0.8374 kg/m.s
v (kinematic viscosity)= 9.429e-4 m²/s
Transcribed Image Text:QUESTION 10 1. U, .. Calculate the per meter (of length) pressure drop (units: kPa) associated frictional losses (only) in a hydraulic transmission line. Assumptions: Q (flowrate)=0.5L/s D (inner), actual=12mm T=20degC p (density)=888. I kg/m3 Cp=1881 kJ/kg.°C µ (dyn. viscosity)= 0.8374 kg/m.s v (kinematic viscosity)= 9.429e-4 m²/s
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