Question: A fluid (5G = 1; g = 0.049 Pa - 5) flow between two vertical, stationary parallel plates, a distance 2D apart with an imposed

A fluid (5G = 1; g = 0.049 Pa - 5) flow between
A fluid (5G = 1; g = 0.049 Pa - 5) flow between two vertical, stationary parallel plates, a distance 2D apart with an imposed pressure gradient dP/dy = +0.6 pg, in the coordinate system shown. Determine: (a) (b.) (c) (d.) (e.) The velocity distribution V(x), in at most the variables x, u, D, p, & g. (Do not plug in numbers yet) The shear stress 1., on the fluid at the platesatx=-D & D. If D = 1 cm, evaluate the maximum velocity. If D =1 cm, evaluate the average velocity. If the static gage pressure P; at (x, y) = (0, 0) is 1.5 kPa, evaluate the total stagnation pressure Pog at (x, y) = (D/2, D). x=-D x=+D

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