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3) Consider a double layer of immiscible fluids 1 and 2 with different viscosity and density, flowing steadily down and inclined plane, as in the figure given. The atmosphere exerts no shear stress on the surface and is at constant pressure. Find the laminar velocity distribution in the two layers. Obtain an expression for the velocity profile in the liquid film. Sketch the velocity profile.

3) Consider a double layer of immiscible fluids 1 and 2 with different viscosity and density, flowing steadily down and inclined plane, as in the figure given. The atmosphere exerts no shear stress on the surface and is at constant pressure. Find the laminar velocity distribution in the two layers. Obtain an expression for the velocity profile in the liquid film. Sketch the velocity profile.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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i didnt understand 3 fluid mechanics questions. please help me :) i will send of the three part

3) Consider a double layer of immiscible fluids 1 and 2 with different viscosity and density, flowing steadily down and inclined plane, as in the figure given. The atmosphere exerts no shear stress on the surface and is at constant pressure. Find the laminar velocity distribution in the two layers. Obtain an expression for the velocity profile in the liquid film. Sketch the velocity profile.
Transcribed Image Text:3) Consider a double layer of immiscible fluids 1 and 2 with different viscosity and density, flowing steadily down and inclined plane, as in the figure given. The atmosphere exerts no shear stress on the surface and is at constant pressure. Find the laminar velocity distribution in the two layers. Obtain an expression for the velocity profile in the liquid film. Sketch the velocity profile.
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