A) Water at 70 °C flows up a 50-ft-long conical pipe with its centerline sloping at 5° to the horizontal, as shown in figure (1). At its lower end the diameter is 24 in, the water pressure is 15 psi; at its upper; outlet end the diameter is 18 in and the water pressure is 12.5 psi. By a method, the shear stress found to be 0.25 lb/ft². Assuming this value to be non-varying, calculate the flow rate. given = 62.30 lb/ft³. 10 in die fo fr 24 in de 15 pi 32-0.25 46/4 Figure (1) 12.6 pri

Elements Of Electromagnetics
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A) Water at 70 °C flows up a 50-ft-long conical pipe with its centerline sloping at 5° to the horizontal, as
shown in figure (1). At its lower end the diameter is 24 in, the water pressure is 15 psi; at its upper; outlet
end the diameter is 18 in and the water pressure is 12.5 psi. By a method, the shear stress found to be 0.25
lb/ft². Assuming this value to be non-varying, calculate the flow rate. given = 62.30 lb/ft³
18 in dia
12.6 pri
24 in de
15 pri
76-0.25 16/4²
Figure (1)
Transcribed Image Text:A) Water at 70 °C flows up a 50-ft-long conical pipe with its centerline sloping at 5° to the horizontal, as shown in figure (1). At its lower end the diameter is 24 in, the water pressure is 15 psi; at its upper; outlet end the diameter is 18 in and the water pressure is 12.5 psi. By a method, the shear stress found to be 0.25 lb/ft². Assuming this value to be non-varying, calculate the flow rate. given = 62.30 lb/ft³ 18 in dia 12.6 pri 24 in de 15 pri 76-0.25 16/4² Figure (1)
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