A fluid with a viscosity of 0.45 g/cm-s between rectangular plates. The velocity of the fluid is found to be = 3y [m/s], where the maximum velocity is equal to the velocity of the top plate. The...


A fluid with a viscosity of 0.45 g/cm-s between rectangular plates. The velocity of the fluid is found to be<br>= 3y [m/s], where the maximum velocity is equal to the velocity of the top plate. The schematic below<br>represents the above system. What is the height needed to achieve a shear stress of-0.875N/<br>is the shear rate of the fluid between the plates? What is the maximum velocity?<br>%D<br>What<br>m2.<br>Vmax<br>y<br>

Extracted text: A fluid with a viscosity of 0.45 g/cm-s between rectangular plates. The velocity of the fluid is found to be = 3y [m/s], where the maximum velocity is equal to the velocity of the top plate. The schematic below represents the above system. What is the height needed to achieve a shear stress of-0.875N/ is the shear rate of the fluid between the plates? What is the maximum velocity? %D What m2. Vmax y

Jun 07, 2022
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