A city will have a supply system that will start operating in 2021. As shown in the figure below, the supply system will serve an industry located between the reservoir and the city, and will have a regularized daily consumption of 2,000 m³. Determine the sizing of flow passages A and E, expressed in liters / second, admitting: • Per capita consumption is 150 L / inhab. per day. • Water consumption at ETA is 8%. • The coefficient of the day of highest consumption K1 is 1.2. • The coefficient of the hour of greatest consumption K2 is 1.5. • The population adopted in the project of 100,000 inhabitants
A city will have a supply system that will start operating in 2021. As shown in the figure below, the supply system will serve an industry located between the reservoir and the city, and will have a regularized daily consumption of 2,000 m³. Determine the sizing of flow passages A and E, expressed in liters / second, admitting: • Per capita consumption is 150 L / inhab. per day. • Water consumption at ETA is 8%. • The coefficient of the day of highest consumption K1 is 1.2. • The coefficient of the hour of greatest consumption K2 is 1.5. • The population adopted in the project of 100,000 inhabitants
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A city will have a supply system that will start operating in 2021. As shown in the figure below, the supply system will serve an industry located between the reservoir and the city, and will have a regularized daily consumption of 2,000 m³. Determine the sizing of flow passages A and E, expressed in liters / second, admitting:
• Per capita consumption is 150 L / inhab. per day.
• Water consumption at ETA is 8%.
• The coefficient of the day of highest consumption K1 is 1.2.
• The coefficient of the hour of greatest consumption K2 is 1.5.
• The population adopted in the project of 100,000 inhabitants.
Transcribed Image Text:Industry
ETA
RAP
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network
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