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The velocity potential for a certain inviscid, incompressible flow field is given by the equation = 3x'y-( where o has the units of ms when xand y are in meters. Determine the pressure at the point x1.6 m, y- 16mit the pressure atx 1m y-1mis 2100 kPa. Elevation changes can be neglected, and the fluid is water. P2 8601.6 kPa

The velocity potential for a certain inviscid, incompressible flow field is given by the equation = 3x'y-( where o has the units of ms when xand y are in meters. Determine the pressure at the point x1.6 m, y- 16mit the pressure atx 1m y-1mis 2100 kPa. Elevation changes can be neglected, and the fluid is water. P2 8601.6 kPa

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The velocity potential for a certain inviscid, incompressible flow field is given by the equation = 3xy- where o has the units of m?s when x and y are in meters. Determine the pressure at the point x- 1.6 m, y= 1.6mif the pressure atx 1m.y=1mis 2100 kPa. Elevation changes can be neglected, and the fluid is water. P2 8601.6 kPa
Transcribed Image Text:The velocity potential for a certain inviscid, incompressible flow field is given by the equation = 3xy- where o has the units of m?s when x and y are in meters. Determine the pressure at the point x- 1.6 m, y= 1.6mif the pressure atx 1m.y=1mis 2100 kPa. Elevation changes can be neglected, and the fluid is water. P2 8601.6 kPa
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