Question: a) Determine the Pi parameter for the dimensionless time (t) b) Determine the Pi parameter for the dimensionless viscosity (mu) c) How many Pi parameters

a) Determine the Pi parameter for the dimensionless time (t)
b) Determine the Pi parameter for the dimensionless viscosity (mu)
c) How many Pi parameters are required to define this problem?
Lubrication oil is being drained from an analyzer. Assume that the time, t, it takes to completely drain the full container of oil is a function of the viscosity, u (mu) (Ns/m), density, p (rho), diameter of the opening, d, and gravity, g
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