Question: A cylindrical container with a very large radius is filled with a combination of water (rho,w = 1.00 g/cm^3, mu = 0.01 g/(cm s), h,w

A cylindrical container with a very large radius is filled with a combination of water (rho,w = 1.00 g/cm^3, mu = 0.01 g/(cm s), h,w = 2374 cm) and an organic solvent (rho,s = 0.80 g/cm^3, h,s = 1603 cm). There is an outlet to the container on the side of the tank to which a commercial steel pipe is connected (d = 1.7 cm, h,out = 186 cm, L = 273 cm) to remove liquid, and that pipe is connected to a pump and a second identical pipe. If the velocity out of the end of the system is 590 cm/s, what power in watts (negative for input, positive for output (i.e., it is acting like a generator in a hydroelectric plant)) is associated with the pump?

A cylindrical container with a very large radius is filled with a

hs L L hw Vout hout d d

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