Problem #2: It is required to pump water at ( 100^{circ} mathrm{F} ) from Tank 1 to Tank 2 at the rate of ( 1.838 mathrm{ft}^{3} / mathrm{s} ) with the piping system shown below. All connecting piping is 6-in. steel pipe. All valves and fitting are 6-in. size with welded connections. The total length of straight pipe is ( 590 mathrm{ft} ). Estimate the power that the pump must add to the fluid. Density and viscosity of water at this condition are ( 62 l b_{m} / f t^{3} ) and ( 1.432 imes 10^{-5} l b_{f} s / f^{2} ), respectively.

Problem \#2: It is required to pump water at 100F from Tank 1 to Tank 2 at the rate of 1.838ft3/s with the piping system shown below. All connecting piping is 6 -in, steel pipe. All valves and fitting are 6 -in. size with welded connections. The total length of straight pipe is 590ft. Estimate the power that the pump must add to the fluid. Density and viscosity of water at this condition are 62lbm/ft3 and 1.432105lbrs/ft2. resnectivelv