In the incompressible flows, the correction implies a correction in _________(a) momentum(b) velocity(c) mass(d) densityI have been asked this question in an online quiz.Question is taken from Incompressible Flows in portion Incompressible Flows & Compressible Flows of Computational Fluid Dynamics

In the incompressible flows, the correction implies a correction in __

1.	In the incompressible flows, the correction implies a correction in _________(a) momentum(b) velocity(c) mass(d) densityI have been asked this question in an online quiz.Question is taken from Incompressible Flows in portion Incompressible Flows & Compressible Flows of Computational Fluid Dynamics
Answer» Right choice is (b) velocity Explanation: In general, \(\DOT{m}=\rho UA\) A correction in MASS FLOW rate cannot be the correction in density as density is constant in the incompressible flows. It cannot be a correction in area also as it is geometrically defined by the GRIDS. So, it must be a correction in velocity.

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In the incompressible flows, the correction implies a correction in _________(a) momentum(b) velocity(c) mass(d) densityI have been asked this question in an online quiz.Question is taken from Incompressible Flows in portion Incompressible Flows & Compressible Flows of Computational Fluid Dynamics

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