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The figure below shows a liquid of Specific Gravity SG = 1.2 flowing around a vertical two- dimensional bend with circular streamlines. Along the



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The figure below shows a liquid of Specific Gravity SG = 1.2 flowing around a vertical two- dimensional bend with circular streamlines. Along the vertical plane passing through points (1) and (2), the velocity Vis horizontal and increases linearly with the radius r from the center of the bend. The velocity at point (1) is V = 6.9 m/s. If the gage pressure is 61 kPa at point (1), determine the gage pressure P at point (2). The density of water is 1000 kg/m and the gravitational acceleration is 9.81 m/s. P= kPa. (Note the units!) 2 m 4m (1) V 19

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