Problem III Water at 30F is to be transferred from one large container to another large...

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Problem III Water at 30°F is to be transferred from one large container to another large container. As indicated by the schematic, a single pump is to be used in a parallel piping system. If only pipes 2 and 3 are used, find the power required to pump 0.1 m/s of water. The single line containing the pump is very short. Assume friction factor constant of f = 0.02. P. Diameter Length Roughness (m) 300 Pipe (mm) 150 (mm) 0.3 1 30 m 2 125 330 0.15 P. 3 100 360 1.0 Problem III Water at 30°F is to be transferred from one large container to another large container. As indicated by the schematic, a single pump is to be used in a parallel piping system. If only pipes 2 and 3 are used, find the power required to pump 0.1 m/s of water. The single line containing the pump is very short. Assume friction factor constant of f = 0.02. P. Diameter Length Roughness (m) 300 Pipe (mm) 150 (mm) 0.3 1 30 m 2 125 330 0.15 P. 3 100 360 1.0