A fluid with a viscosity of 0.300 Pa-s flows between parallel plates as illustrated in Figure...

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A fluid with a viscosity of 0.300 Pa-s flows between parallel plates as illustrated in Figure 1.23. The top and bottom plates each have an area of 1.5 m2, and the distance between the plates is 200 mm, The distribution of velocity within the fluid is given by u = 0.8(1 - 100y?) where u is the velocity in m/s and y is the distance from the centerline in meters. (a) Determine the shear stress on the top and bottom plates. (b) Determine the shear forces exerted by the fluid on the top and bottom plates. Velocity distribution Top plate 100 mm Centerline 100 mm Bottom plate A fluid with a viscosity of 0.300 Pa-s flows between parallel plates as illustrated in Figure 1.23. The top and bottom plates each have an area of 1.5 m2, and the distance between the plates is 200 mm, The distribution of velocity within the fluid is given by u = 0.8(1 - 100y?) where u is the velocity in m/s and y is the distance from the centerline in meters. (a) Determine the shear stress on the top and bottom plates. (b) Determine the shear forces exerted by the fluid on the top and bottom plates. Velocity distribution Top plate 100 mm Centerline 100 mm Bottom plate

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