If you are a design engineer. You are going to build a new hydroelectric power station as the figure below. Your power station operates with a 40 m headwater. Assuming the diameter of the inlet pipe and outlet pipe are the same (2 m). Water leaves the system at speed of 5 m/s. According to the survey you did, the average residence consumes 1 kW of power. Determine how many homes can have enough power from your power plant. Assuming no power loss from power grids

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If you are a design engineer. You are going to build a new hydroelectric power station as the figure
below. Your power station operates with a 40 m headwater. Assuming the diameter of the inlet
pipe and outlet pipe are the same (2 m). Water leaves the system at speed of 5 m/s. According to
the survey you did, the average residence consumes 1 kW of power. Determine how many homes
can have enough power from your power plant. Assuming no power loss from power grids
Transcribed Image Text:If you are a design engineer. You are going to build a new hydroelectric power station as the figure below. Your power station operates with a 40 m headwater. Assuming the diameter of the inlet pipe and outlet pipe are the same (2 m). Water leaves the system at speed of 5 m/s. According to the survey you did, the average residence consumes 1 kW of power. Determine how many homes can have enough power from your power plant. Assuming no power loss from power grids
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