1. Bernoulli's equation is fundamental to the dynamics of incompressible fluids . 2. The motion is analogous to a dye in an incompressible fluid . ]] 3. The VVD method deals with viscous incompressible fluid . 4. When pressure is applied on an incompressible fluid the velocity of the fluid will change. 5. Particularly it seems to operate as an engine with no expansion, using some incompressible fluid . 6. It isn't true in general, only in the specific case of an incompressible fluid . 7. This extra equation is the continuity equation for incompressible fluids that describes the conservation of mass of the fluid: 8. This additional term disappears for " incompressible fluid ", when the divergence of the flow equals 0. 9. In order to determine whether to use compressible or incompressible fluid dynamics, the Mach number of the problem is evaluated. 10. It can be shown that the virtual mass force, for a spherical particle submerged in an inviscid, incompressible fluid is
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