A city of 40000 residents has an average per capita water demand of 150 1/c/d. The average size of institutional and commercial areas is 200 ha and that of industrial areas is 100 ha. The expected unit water demands are 20 mº/ha/d for institutional and commercial areas, and 15 m/ha/d for industries. The public water demand and unaccounted for system losses are estimated to be 5 % and 15% of the total water demand, respectively. Calculate the total water demand, excluding fire flow.

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A city of 40000 residents has an average per capita water demand of 150 1/c/d. The average size of institutional and commercial areas is 200 ha and that of industrial areas is 100 ha. The expected unit water demands are 20 mº/ha/d for institutional and commercial areas, and 15 m/ha/d for industries. The public water demand and unaccounted for system losses are estimated to be 5 % and 15% of the total water demand, respectively. Calculate the total water demand, excluding fire flow.

A city of 40000 residents has an average per capita water demand of 150 1/c/d. The average size of institutional and commercial areas is 200 ha and that of industrial areas is 100 ha. The expected unit water demands are 20 mº/ha/d for institutional and commercial areas, and 15 m/ha/d for industries. The public water demand and unaccounted for system losses are estimated to be 5 % and 15% of the total water demand, respectively. Calculate the total water demand, excluding fire flow.

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Yugiske 2025-03-25T23:37:39+05:00 1 Answer 14 views Beginner
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  1. Admin
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    2025-03-26T22:09:09+05:00
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