The stream function for a two-dimensional, non-viscous, incompressible flow field is given by Eq. 5. y...

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The stream function for a two-dimensional, non-viscous, incompressible flow field is given by Eq. 5. y (x, y) (m²/s) = -x + 2y a) Does Eq. 5 satisfy the continuity equation? b) If the condition for irrotationality in 2-D is given by Eq. 6, is the flow field in Eq. 5 irrotational? If yes, what is the velocity potential? ἂν du əx Əy - = 0 Eq. 5 Eq. 6 The stream function for a two-dimensional, non-viscous, incompressible flow field is given by Eq. 5. y (x, y) (m²/s) = -x + 2y a) Does Eq. 5 satisfy the continuity equation? b) If the condition for irrotationality in 2-D is given by Eq. 6, is the flow field in Eq. 5 irrotational? If yes, what is the velocity potential? ἂν du əx Əy - = 0 Eq. 5 Eq. 6

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Step1 To determine if Eq 5 satisfies the continuity equation we need to calculate the partial deriva... View the full answer