A 100-year storm occurs in Northern Nevada. You wish to find the precipitation and infiltration rate that occurs at the local duck pond over the course of the 1-day storm. In the city records, the area of the duck pond is 10 ft2. The local parks department reports that the evaporation for the pond was 48 inches and the runoff from the pond is 3 feet. The reported change in storage was found to be 0.5 feet. Draw the duck pond system and label each of the elements used in the balance. Find the precipitation (ft) that occurred during the 1-day storm. Determine the infiltration rate (ft/hr.) over the duration of the 1-day storm.
A 100-year storm occurs in Northern Nevada. You wish to find the precipitation and infiltration rate that occurs at the local duck pond over the course of the 1-day storm. In the city records, the area of the duck pond is 10 ft2. The local parks department reports that the evaporation for the pond was 48 inches and the runoff from the pond is 3 feet. The reported change in storage was found to be 0.5 feet. Draw the duck pond system and label each of the elements used in the balance. Find the precipitation (ft) that occurred during the 1-day storm. Determine the infiltration rate (ft/hr.) over the duration of the 1-day storm.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A 100-year storm occurs in Northern Nevada. You wish to find the precipitation and infiltration rate that occurs at the local duck pond over the course of the 1-day storm. In the city records, the area of the duck pond is 10 ft2. The local parks department reports that the evaporation for the pond was 48 inches and the runoff from the pond is 3 feet. The reported change in storage was found to be 0.5 feet.
Draw the duck pond system and label each of the elements used in the balance.
Find the precipitation (ft) that occurred during the 1-day storm.
Determine the infiltration rate (ft/hr.) over the duration of the 1-day storm.
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