Water flows through drawn copper tubing of diameter 1.0 cm with roughness 0.0015mm at a rate of 0.80×10-4 m³/s. The viscosity of water is μ = 0.60×10³ N.s/m². The minor losses factor for a threaded return bend is k-1.5. What is the pressure drop between the inlet and the outlet for the pipe configuration shown in the above Fig. -0.60 m

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
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Water flows through drawn copper tubing of diameter 1.0 cm with roughness
0.0015mm at a rate of 0.80×10-4 m³/s. The viscosity of water is μ = 0.60×10³ N.s/m². The
minor losses factor for a threaded return bend is k-1.5. What is the pressure drop between
the inlet and the outlet for the pipe configuration shown in the above Fig.
-0.60 m
Q
Threaded 180°
return bend
1.0 cm copper pipe (drawn tubing)
Fig
Transcribed Image Text:Water flows through drawn copper tubing of diameter 1.0 cm with roughness 0.0015mm at a rate of 0.80×10-4 m³/s. The viscosity of water is μ = 0.60×10³ N.s/m². The minor losses factor for a threaded return bend is k-1.5. What is the pressure drop between the inlet and the outlet for the pipe configuration shown in the above Fig. -0.60 m Q Threaded 180° return bend 1.0 cm copper pipe (drawn tubing) Fig
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