Chemical Engineering > GATE 2014 > Fluid Flow
In a steady incompressible flow, the velocity distribution is given by ‾V=3x i0-Py j0+5z k0, where, V is in m/s and x, y, z are in m. In order to satisfy the mass conservation, the value of the constant P (in s-1) is

Correct : 8.0

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fluid dynamics mass conservation chemical engineering gate 2014 incompressible flow velocity distribution chemical mass conservation chemical engineering flow velocity chemical GATE chemical engineering 2014 fluid dynamics equations GATE 2014 chemical engineering

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