what is the value for the missing variable System description: A reservoir with a surface area of 200,000 square meters is fed by a single stream and discharges through a single outflow structure. During a 30 day period 90.0 mm of rain fell on the reservoir. The average evaporation rate during this period was 1.5 mm per day, and the total outflow from the control structure of the reservoir was 180,000 cubic meters. All other inputs and outputs were negligible. The reservoir volume started at 120,000 cubic meters of water, and at the end of the 30 day period had reached 130,000 cubic meters.
what is the value for the missing variable System description: A reservoir with a surface area of 200,000 square meters is fed by a single stream and discharges through a single outflow structure. During a 30 day period 90.0 mm of rain fell on the reservoir. The average evaporation rate during this period was 1.5 mm per day, and the total outflow from the control structure of the reservoir was 180,000 cubic meters. All other inputs and outputs were negligible. The reservoir volume started at 120,000 cubic meters of water, and at the end of the 30 day period had reached 130,000 cubic meters.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:what is the value for the missing variable
System description:
A reservoir with a surface area of 200,000
square meters is fed by a single stream and
discharges through a single outflow structure.
During a 30 day period 90.0 mm of rain fell on
the reservoir. The average evaporation rate
during this period was 1.5 mm per day, and the
total outflow from the control structure of the
reservoir was 180,000 cubic meters. All other
inputs and outputs were negligible. The
reservoir volume started at 120,000 cubic
meters of water, and at the end of the 30 day
period had reached 130,000 cubic meters.
Units: for volume use cubic meters (m³)
and for time use days.
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