The system of two basins shown in the picture, full flow stream 3785x1000 l/day in which the concentration of non-conservative pollutant is 20mg/l. The rate of decomposition of a non-conservative pollutant is 0.3/day. The volume of the first pool is 18925x1000 l and the second one is 11355x1000 l. Assuming complete mixing in each basin, determine the concentration of the non-conservative pollutant that leaves the individual basins. Please se attachemnt .
The system of two basins shown in the picture, full flow stream 3785x1000 l/day in which the concentration of non-conservative pollutant is 20mg/l. The rate of decomposition of a non-conservative pollutant is 0.3/day. The volume of the first pool is 18925x1000 l and the second one is 11355x1000 l. Assuming complete mixing in each basin, determine the concentration of the non-conservative pollutant that leaves the individual basins. Please se attachemnt .
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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The system of two basins shown in the picture, full flow stream 3785x1000 l/day in which the concentration of non-conservative pollutant is 20mg/l. The rate of decomposition of a non-conservative pollutant is 0.3/day. The volume of the first pool is 18925x1000 l and the second one is 11355x1000 l. Assuming complete mixing in each basin, determine the concentration of the non-conservative pollutant that leaves the individual basins.
Please se attachemnt .
Thank You very much
Transcribed Image Text:01x2848 to stop walf o mposta
sitoussano SND to soitostmoonoo sill
91pm of ai t
20mg/L
3785-10³
е
day
V₁
C₁ = ?
V/₂
MIG
(=2)
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