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Q: Consider water flows between two parallel fix plates at 20C (dynamic viscosity =0.001 Pa.s). The velocity distribution for the flow is given by, u-10(0.01 Y-Y2) m/s, where (Y= meter) from the lower wall as shown in Figure, determine (1) the shear stress at the wall. (2) The shear stress at a distance of (2 mm) from the wall.

Q: Consider water flows between two parallel fix plates at 20C (dynamic viscosity =0.001 Pa.s). The velocity distribution for the flow is given by, u-10(0.01 Y-Y2) m/s, where (Y= meter) from the lower wall as shown in Figure, determine (1) the shear stress at the wall. (2) The shear stress at a distance of (2 mm) from the wall.

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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نقطة واحدة * :Q 8 Q: Consider water flows betweem two parallel fix plates at 20C (dynamic viscosity =0.001 Pa.s). The velocity distribution for the flow is given by, u-10(0.01 Y-Y2) m/s, where (Y= meter) from the lower wall as shown in Figure, determine (1) the shear stress at the wall. (2) The shear stress at a distance of (2 mm) from the wall. |- T=0.0001 Pa ,t=0.00006 Pa T=0.001 N/m2 ,T=0.00006 Pa T=0.0001 N/m2 ,t=0.00006 N/m2 T=0.00001 N/m2 ,t=0.00006 N/m2
Transcribed Image Text:نقطة واحدة * :Q 8 Q: Consider water flows betweem two parallel fix plates at 20C (dynamic viscosity =0.001 Pa.s). The velocity distribution for the flow is given by, u-10(0.01 Y-Y2) m/s, where (Y= meter) from the lower wall as shown in Figure, determine (1) the shear stress at the wall. (2) The shear stress at a distance of (2 mm) from the wall. |- T=0.0001 Pa ,t=0.00006 Pa T=0.001 N/m2 ,T=0.00006 Pa T=0.0001 N/m2 ,t=0.00006 N/m2 T=0.00001 N/m2 ,t=0.00006 N/m2
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