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The velocity components in the x and y directions for an incompressible flow are given as u = (-5 + 6x) and v = -(9 + 6y), respectively. The equation of the streamline is (a) (-5 + 6x) (9 + 6y) = constant %3D -5+6x (b) 9+6y = constant 9+6y (c) -5+6x = constant (d) (-5+6x)-(9+6y) = constant

The velocity components in the x and y directions for an incompressible flow are given as u = (-5 + 6x) and v = -(9 + 6y), respectively. The equation of the streamline is (a) (-5 + 6x) (9 + 6y) = constant %3D -5+6x (b) 9+6y = constant 9+6y (c) -5+6x = constant (d) (-5+6x)-(9+6y) = constant

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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The velocity components in the x and y directions for an incompressible flow are given as u = (-5 + 6x) and v = -(9 + 6y), respectively. The equation of the streamline is (a) (-5 + 6x) (9 + 6y) = constant %3D -5+6x (b) 9+6y = constant 9+6y (c) -5+6x = constant (d) (-5+6x)-(9+6y) = constant
Transcribed Image Text:The velocity components in the x and y directions for an incompressible flow are given as u = (-5 + 6x) and v = -(9 + 6y), respectively. The equation of the streamline is (a) (-5 + 6x) (9 + 6y) = constant %3D -5+6x (b) 9+6y = constant 9+6y (c) -5+6x = constant (d) (-5+6x)-(9+6y) = constant
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