2. Incompressible fluid flows steadily through a diverging rectangular channel with the same width, as shown...

 

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2. Incompressible fluid flows steadily through a diverging rectangular channel with the same width, as shown in the figure below. At the inlet, of height H, the flow is uniform with magnitude v. At the outlet, of height 2H, the velocity profile is V = Vmax COS 2H y is measured from the channel centerline. If v a) average outlet velocity (V2,ave). H b) maximum outlet velocity (V2,max). 2H centerline Y V2 Side View 1 lbm = 10 and p = 64 find ft3' Perspective View 2H 2. Incompressible fluid flows steadily through a diverging rectangular channel with the same width, as shown in the figure below. At the inlet, of height H, the flow is uniform with magnitude v. At the outlet, of height 2H, the velocity profile is V = Vmax COS 2H y is measured from the channel centerline. If v a) average outlet velocity (V2,ave). H b) maximum outlet velocity (V2,max). 2H centerline Y V2 Side View 1 lbm = 10 and p = 64 find ft3' Perspective View 2H