An ideal fluid is defined as being incompressible and having no viscosity. What are the physical implications of these two properties during fluid flow?(a) The pressure is the same at all points in the fluid and the density is constant. , (b) The fluid has no mass and can flow through any opening without resistance. , (c) The fluid’s density remains constant and there is no energy loss due to internal friction. , (d) The fluid’s velocity is constant everywhere and it cannot be compressed. :

An ideal fluid is defined as being incompressible and having no viscosity. What are the physical implications of these two properties during fluid flow? • Nerd Notes

AP Physics 1

8.4 Fluids and Conservation Laws

8.1 Internal Structure and Density

BeginnerMCQConceptual32.5k

An ideal fluid is defined as being incompressible and having no viscosity. What are the physical implications of these two properties during fluid flow?

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