(Solved): A fluid flow that fulfills the flowing requirement is an ideal flow: Laws of motions Conservation o ...

A fluid flow that fulfills the flowing requirement is an ideal flow: Laws of motions Conservation of mass Newton's law of viscosity Continuity equation Generally, an increase in the speed of the flow leads to an increase in kinetic energy and dynamic pressure. True False If a fluid is flowing through a pipe at constant pressure, the pipe has a narrow cross-section at some point, the pressure of fuid at chis point Decrease None that mentioned Increase same For a fluid to flow between two positione in a pipeline, the difference of prossure between two points must be mane than Viscosity of fluid all that mensioned Friction from surface thictional force The continuity depends on: conservation of energy conservation of mass compressibility of fluid conservation of momentum