Calculate the runoff depth (inch) if: Rainfall (inch) = 2 %3D Curve number =63 0.3 0.2 0.1 0.6 0.4 0.5
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- Watershed area = 11.1 acres Average N concentration of inflow = 1.9 mg/L Total Rainfall = 44.75 inches Average N concentration of outflow = 1.4 mg/L Total pond inflow = 330,441 ft3 Average P concentration of inflow = 0.42 mg/L Total pond outflow = 288,492 ft3 Average P concentration of outflow = 0.23 mg/L Total pond volume = 46,893 ft3 (this is the volume to the top of the riser before overflow occurs) Answer the following questions: a) What percentage of the total rainflow flowed into the pond? b) If the pond were completely empty, how much rainfall in inches would be required to fill it to the total pond volume? Use your answer to question A to help answer this. c) What is the total Nitrogen load flowing into the pond in lbs/Acre/Year? d) How many lbs of Nitrogen did the pond remove over the year? e) What percentage of Phosphorous was removed by the pond?Determine the actual seepage velocity of flow at point C, length of flow path in square containing C is 2m, e=0.6. k=0.005cm/minCompute the location of the first gutter inlet from the crest, considering the following information: Maximum allowable flow = 0.35 m3/s Composite runoff coefficient = 0.40 Intensity of rainfall = 125 mm/h Width of drainage area = 75 m 236.2 m 416.7 m 275.4 m 333.3 m
- The monthly water chart of a specific basin is given for a specific year. The area of the basin is (100+2α) km2and the limit soil moisture is (155-α) mm. Fill the blanks in the chart and calculate the monthly runoff volumes(The soil moisture at the beginning of the water year is assumed to be 20). The variable α is 58The runoff volume is expressed in the units of depth similar to the precipitation units. Select one True FalseSeparate the baseflow from the stream flow hydrograph using the straight-line method. What is the baseflow? Calculate the direct runoff hydrograph (DRH) and plot it as an x-y scatter plot. Time (hr) Discharge (cfs) 0.0 60 0.5 54 1.0 50 1.5 90 2.0 137 2.5 176 3.0 200 3.5 198 4.0 140 4.5 97 5.0 60 5.5 40 6.0 35 6.5 32 7.0 29 7.5 24 8.0 22 8.5 20 9.0 20 9.5 19 10.0 19 10.5 18 11.0 18 11.5 18 12.0 17
- Given that Q = 20 m3/s, calculate the flow depth of the stream after the scour hole.A drainage basin has a area of 7322 km2. The average annual precipitation for this area is 909 mm. The average surface water flow at the outlet of the catchment is 21.4 x 108 m3/year and the average groundwater flow out of the basin is 94.6 mm/year. Assume trailing zeros are significant if present. Determine the annual average evaporation in mm/year. (give your answer to one decimal place)Water flows in a concrete rectangular channel (n = 0.013) that is 12.0 m wide and water depth of 2.5 m. The channel slope is 0.0028. Calculate the water velocity V and flow rate Q.
- How to conduct an analysis of a water discharge? Daily discharge measurements and rainfall data are provided. I need to determine whether the water discharge is sufficient for the irrigation area.The length of a parking lot is L = 100 m, and it is sloped at So = 0.02. The surface of the lot is bare clay with a Manning roughness factor of n = 0.020. A rainstorm produces a constant rainfall excess at the rate of ?0 = 25 mm/hr. If td = 25 minutes: Determine the runoff hydrograph at the downstream end of the parking lot. Based on your answers in Step 1, draw your estimated hydrograph. ***Convert i0 to mJs. This conversion is not given and I cannot find it.Estimate the amount of rain storage (in inches) in a 6-acre parking lot using the following rainfall and runoff data for one hour period. Rainfall = 0.48 inches, evaporation = 0.31, rainfall excess = 6 ft3/s measured at the outlet of the parking lot.