6.32 A two-dimensional flow field for a nonviscous, incompress- ible fluid is described by the velocity components u = U, + 2y v = 0 where U, is a constant. If the pressure at the origin (Fig. P6.32) is Po. determine an expression for the pressure at (a) point A, and (b) point B. Explain clearly how you obtained your answer. Assume that the units are consistent and body forces may be neglected. B(0, 1) A(1, 0) Ро

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6.32 A two-dimensional flow field for a nonviscous, incompress-
ible fluid is described by the velocity components
u = U, + 2y
v = 0
where U, is a constant. If the pressure at the origin (Fig. P6.32) is
Po. determine an expression for the pressure at (a) point A, and
(b) point B. Explain clearly how you obtained your answer.
Assume that the units are consistent and body forces may be
neglected.
B(0, 1)
A(1, 0)
Ро
Transcribed Image Text:6.32 A two-dimensional flow field for a nonviscous, incompress- ible fluid is described by the velocity components u = U, + 2y v = 0 where U, is a constant. If the pressure at the origin (Fig. P6.32) is Po. determine an expression for the pressure at (a) point A, and (b) point B. Explain clearly how you obtained your answer. Assume that the units are consistent and body forces may be neglected. B(0, 1) A(1, 0) Ро
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