Q2) It's reported that a pressure drop (Ap), for achieving the steady flow of an incompressible Newtonian fluid through a pipe, depends on the following parameters: Diameter of the pipe (D), length of the pipe (Lpipe), fluid density (p), fluid viscosity (u), and average fluid velocity (v). Apply dimensional analysis (MLt system considering D, P, and v as repeating variables) and use Table Q2 to determine the relevant dimensionless groups describing the flow system. Q2) It's reported that a pressure drop (Ap), for achieving the steady flow of an incompressible Newtonian fluid through a pipe, depends on the following parameters: Diameter of the pipe (D), length of the pipe (Lpipe), fluid density (p), fluid viscosity (u), and average fluid velocity (v). Apply dimensional analysis (MLt system considering D, P, and v as repeating variables) and use Table Q2 to determine the relevant dimensionless groups describing the flow system