The Stormwater Control Measure (SCM) behind McMichael Science Center is 140ft long, 50ft wide, and has an average depth to the overflow riser of 3ft. The SCM was designed to capture the first 1 inch of rainfall flowing off the impervious surfaces in the watershed. What is the total surface area of watershed that flows to this SCM? (Hint: you can calculate the total volume of water in the SCM, then use that volume of water and the depth of rainfall to calculate the area of the watershed)
The Stormwater Control Measure (SCM) behind McMichael Science Center is 140ft long, 50ft wide, and has an average depth to the overflow riser of 3ft. The SCM was designed to capture the first 1 inch of rainfall flowing off the impervious surfaces in the watershed. What is the total surface area of watershed that flows to this SCM? (Hint: you can calculate the total volume of water in the SCM, then use that volume of water and the depth of rainfall to calculate the area of the watershed)
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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The Stormwater Control Measure (SCM) behind McMichael Science Center is 140ft long, 50ft wide, and has an average depth to the overflow riser of 3ft. The SCM was designed to capture the first 1 inch of rainfall flowing off the impervious surfaces in the watershed. What is the total surface area of watershed that flows to this SCM? (Hint: you can calculate the total volume of water in the SCM, then use that volume of water and the depth of rainfall to calculate the area of the watershed)
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