Ex. 1 2h V /50 max Vo out a Water flows steadily in a two-dimensional duct...

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Ex. 1 2h V /50 max Vo out a Water flows steadily in a two-dimensional duct bend. The incoming velocity to the bend is parabolic, with width 30 inches and maximum velocity equal to 9 ft/s. The inclination of the bend is a = 40°. After the bend, the velocity is uniform and equal to Vo out- Compute and sketch the force required to keep the bend in place. Ex. 1 2h V /50 max Vo out a Water flows steadily in a two-dimensional duct bend. The incoming velocity to the bend is parabolic, with width 30 inches and maximum velocity equal to 9 ft/s. The inclination of the bend is a = 40°. After the bend, the velocity is uniform and equal to Vo out- Compute and sketch the force required to keep the bend in place.

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U 9 bbs 0 balls Uiy M GA C Ao Uo for u Mean velocity for parabolic profile ... View the full answer