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Newtonian fluid is in laminar flow in the falling film problem. Considering the cartesian coordinates given in the figure; a) Indicate the control volume (i.e.

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Newtonian fluid is in laminar flow in the falling film problem. Considering the cartesian coordinates given in the figure; a) Indicate the control volume (i.e. shell of thickness) in the figure. b) Make a differential momentum balance and write the necessary boundary conditions for the solution. c) Obtain the expressions for the momentum flux and velocity distributions. d) Determine the average velocity and the volumetric flow rate expressions. Newtonian fluid is in laminar flow in the falling film problem. Considering the cartesian coordinates given in the figure; a) Indicate the control volume (i.e. shell of thickness) in the figure. b) Make a differential momentum balance and write the necessary boundary conditions for the solution. c) Obtain the expressions for the momentum flux and velocity distributions. d) Determine the average velocity and the volumetric flow rate expressions

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