Question: The flow inside a channel, which is formed by two infinite flat parallel plates, displays a parabolic profile and is called plane Poiseulle flow. The

The flow inside a channel, which is formed by two infinite flat parallel plates, displays a parabolic profile and is called plane Poiseulle flow. The cross-section of such a channel is shown in Fig. 1:
(a) Determine the equation of the velocity vector in this flow-field, assuming that the flow is two-dimensional. Hint: Try to fit a parabola to the velocity profile drawn in the image.
(b) Compute the vorticity in the flow-field. According to your result, does the vorticity increase as we move closer to the walls or farther away from them? Does this make sense intuitively?
1
(c) At what locations is the vorticity zero? Why?
The flow inside a channel, which is formed by two

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