Question: Question 2 (Marks 25 = 10 +15) The steady state, Newtonian, incompressible flow between two vertically placed flat plates with the width of W is

 Question 2 (Marks 25 = 10 +15) The steady state, Newtonian,

Question 2 (Marks 25 = 10 +15) The steady state, Newtonian, incompressible flow between two vertically placed flat plates with the width of W is shown in the figure. Using the force balance in y-direction (Fy = 0) and the same steps we used in the class to derive the pipe flow. (you can assume the pressure forces are negligible compared to gravit force) a) Find tw. T b) The shear stress decay law for this geometry is TW V(x) as a function of p, g, and h. = Determine the velocity profile nh Fluid volume Gravity driven flow a b

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