Q2. Considering the system given in Fig. Q1.1, a) In which position and where should you...

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Q2. Considering the system given in Fig. Q1.1, a) In which position and where should you place the control volume in order to find the velocity distribution within the liquid film? Show on the film flow. [3 pts] b) Schematically plot velocity and shear stress distributions for the liquid film flow on the Fig. Q1.1. [4 pts] c) Show the interfaces and write boundary conditions, explaining the reasons basing on molecular interactions for the film flow. [8 pts] NOR HIP Fig. Q1.1 Outer tube: 1 inch Sch 40 stainless steel (1.315 inch/0.133 inch) Inner tube: ½ inch Sch 40 stainless steel (0.840 inch/0.109 inch) Q2. Considering the system given in Fig. Q1.1, a) In which position and where should you place the control volume in order to find the velocity distribution within the liquid film? Show on the film flow. [3 pts] b) Schematically plot velocity and shear stress distributions for the liquid film flow on the Fig. Q1.1. [4 pts] c) Show the interfaces and write boundary conditions, explaining the reasons basing on molecular interactions for the film flow. [8 pts] NOR HIP Fig. Q1.1 Outer tube: 1 inch Sch 40 stainless steel (1.315 inch/0.133 inch) Inner tube: ½ inch Sch 40 stainless steel (0.840 inch/0.109 inch)

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a How and where should the control volume be positioned to determine the distribution of velocities ... View the full answer