| 11. | :Yes, because the wall is not totally incompressible.
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| 12. | Bernoulli's equation is fundamental to the dynamics of incompressible fluids.
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| 13. | For steady incompressible flow with constant viscosity and density, these read:
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| 14. | :: : Maybe if its an incompressible spherical fly . lol.
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| 15. | We begin with the incompressible form of the momentum equation.
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| 16. | The above equation applies only to fluids that can be treated as incompressible.
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| 17. | Liquids are treated as incompressible under almost all conditions.
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| 18. | Gases under certain conditions can be approximated as incompressible.
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| 19. | For incompressible ( uniform density ? 0 ) flows the following identity holds:
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| 20. | Because the fluid is assumed incompressible, this velocity field has the streamfunction representation
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