The velocity components for a two dimensional incompressible flow of a fluid are \[u=x-4y.\] and \[v=-y-4x.\] It can be concluded that:

The flow does not satisfy the continuity equation

The velocity components for a two dimensional incompressible flow of a

1.	The velocity components for a two dimensional incompressible flow of a fluid are \[u=x-4y.\] and \[v=-y-4x.\] It can be concluded that:
A.	The flow does not satisfy the continuity equation
B.	The flow is rotational
C.	50
D.	None of the above
Answer» D. None of the above

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The velocity components for a two dimensional incompressible flow of a fluid are \[u=x-4y.\] and \[v=-y-4x.\] It can be concluded that:

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