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Oil flows between two parallel plates (Fig. 8.3), one of which is at rest and the other moves with a velocity U. If the pressure is decreasing in the direction of the flow at a rate of 0.10 lbf/ft² per/foot, the dynamic viscosity is 10-31bf-sec/ft2, the spacing of the plates is 2 in. and the volumetric flow per unit width is 0.15 ft2/sec, what is the velocity U?

Oil flows between two parallel plates (Fig. 8.3), one of which is at rest and the other moves with a velocity U. If the pressure is decreasing in the direction of the flow at a rate of 0.10 lbf/ft² per/foot, the dynamic viscosity is 10-31bf-sec/ft2, the spacing of the plates is 2 in. and the volumetric flow per unit width is 0.15 ft2/sec, what is the velocity U?

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Oil flows between two parallel plates (Fig. 8.3), one of which is at rest and the other moves with a velocity U. If the pressure is decreasing in the direction of the flow at a rate of 0.10 lbf/ft² per/foot, the dynamic viscosity is 10-31bf-sec/ft2, the spacing of the plates is 2 in. and the volumetric flow per unit width is 0.15 ft2/sec, what is the velocity U?
Transcribed Image Text:Oil flows between two parallel plates (Fig. 8.3), one of which is at rest and the other moves with a velocity U. If the pressure is decreasing in the direction of the flow at a rate of 0.10 lbf/ft² per/foot, the dynamic viscosity is 10-31bf-sec/ft2, the spacing of the plates is 2 in. and the volumetric flow per unit width is 0.15 ft2/sec, what is the velocity U?
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