Problem 7: A community has an estimated population of 40 X103 capita in a period of 25 years ahead. The present population is 30 X103 capita with a daily water consumption of 20 X 103 m³/d. The existing water treatment plant (WTP) has a maximum design capacity of 45.6 X 103 m³/day, assuming an arithmetic growth rate; determine for how many years this plant will reach its design сарacity.
Problem 7: A community has an estimated population of 40 X103 capita in a period of 25 years ahead. The present population is 30 X103 capita with a daily water consumption of 20 X 103 m³/d. The existing water treatment plant (WTP) has a maximum design capacity of 45.6 X 103 m³/day, assuming an arithmetic growth rate; determine for how many years this plant will reach its design сарacity.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![Problem 7: A community has an estimated population of 40 X103 capita in a period of 25 years
ahead. The present population is 30 X10 capita with a daily water consumption of 20 X 103 m³/d.
The existing water treatment plant (WTP) has a maximum design capacity of 45.6 X 103 m³/day,
assuming an arithmetic growth rate; determine for how many years this plant will reach its design
сарacity.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0457dac9-2789-425d-93b7-a49369c5229f%2F92651c21-4cae-4fee-a10f-a75925a3c4d2%2Frsi50u_processed.png&w=3840&q=75)
Transcribed Image Text:Problem 7: A community has an estimated population of 40 X103 capita in a period of 25 years
ahead. The present population is 30 X10 capita with a daily water consumption of 20 X 103 m³/d.
The existing water treatment plant (WTP) has a maximum design capacity of 45.6 X 103 m³/day,
assuming an arithmetic growth rate; determine for how many years this plant will reach its design
сарacity.
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