Compute the mean precipitation for the catchment shown by Isohyetal Method. (Tabulate your solution) *
Q: Estimate the constant rate of withdrawalfrom a 1375 Ha reservoir in a month of 30days during which…
A: Data is as given
Q: For a given month a 100 acre lake has 10 cfs. of inflow , 8 cfs outflow total storage increase of 20…
A: write down the given dataInflow=10cfs=10 cubic feet/secoutflow=8 cfs=8 cubic feet/secfor…
Q: Monthly average surface area of Akkaya reservoir and average evaporation values read in a nearby…
A: evaporation in one monthEm=Area×E×daysfor one month =30days lets make a table month E(mm/day)…
Q: find the following : 1- Inflow discharge (cm/6-months) = ? 2- ΔS (cm/6-months)= ? 3-…
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Q: The annual evaporation from a lake is 150 cm. If the lakes surface area is 16 km2, what is the daily…
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Q: Determine the annual average evaporation for the whole catchment, in mm assuming that there is no…
A: Use of weight average method to find the annual average Evaporation. Useful data from given data…
Q: 2.31. Determine a Horton equation to fit the following times and infiltration capacities. Time f…
A: Find infiltration rate at 10 mins, 180 mins and 360 mins
Q: During a month, the average rate of inflow and outflow in a reservoir of surface area of 20 km2 is…
A: Given: Surface area, A = 20 km2 Average rate of inflow, I = 10 m3/s Average rate of outflow, O = 15…
Q: The evaporation from a lake is to be calculated by the Water balance method. Inflow to the lake…
A: Calculate the difference between inflow and outflow of the rivers, ∆q = 15+20+17-45 =7 m3sec…
Q: Using Meyer's formula estimate the average daily evaporation from the following data; bA reservoir…
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Q: hydraulic conductivity. Estimate the flow (Q, cfs) and transmissivity (T, ft/day) through the…
A: Given : Thickness H=30ft R=2 miles = 2×5200=10562 ft s+h = 200ft s1=55 ft r2=1200ft s2=50ft
Q: Estimate the constant flow rate of withdrawal from a 15 km² reservoir in a month (30days) during…
A: Given :
Q: The infiltration capacity of a catchment is represented by Horton's equation as f= 0.5+ 1.2e^-0.5t…
A: Find total infiltration usingI=∫0TftdtI=∫040.5+1.2e-0.5tdtI=0.5t+1.2e-0.5t-0.504I=4.0752cm
Q: For a catchment in India, the mean monthly temperatures are given. Estimate the runoff and annual…
A: It is given mean monthly temperatures and asked to estimate Runoff and annual runoff coefficient…
Q: Length, ft Permeability, md 150 200 80 50 300 30 500 20 200 10 Calculate the average permeability of…
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Q: The surface area of the lake is 250-hectare has the following values during the week, temperature…
A: Given: The surface area of the lake is 250 ha. The temperature is 20oC. The relative humidity is…
Q: 6. Long Pond has a surface area of 3.5 km², and for a given month the pond has an average inflow of…
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Q: A catchment area near Kirkuk has the following mean monthly temperatures are given in the table…
A: The monthly Thorthwaite Heat Index (i) is given by: i=(t5)1.514 Where, t = Mean monthly temperature…
Q: A catchment has four sub-areas. The annual precipitation and evaporation from each of the sub-areas…
A: Evaporation: Evaporation is a process in hydrologic cycle which is defined as the transfer of water…
Q: Using the flow net shown, determine the discharge seepage underneath the 1000 foot wide concrete…
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Q: A pumping well extracts water at a rate of 0.94 ML/d from an unconfined, homogeneous aquifer of…
A: step 1-
Q: A reservoir with surface area of 250 hectares has saturation vapour pressure at water surface =…
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Q: In a reservoir, in the month of March, the average rate of inflow is 15 m3/s and average rate of…
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Q: A 30 cm well is pumped at the rate of 1000 1pm. The transmissibility of the aquifer is o.015 m²/s.…
A: The given data is: Q=1000 Lps Q=1/60 m3/s x=120 m a=120 m T=0.015 m2/s r=80 m
Q: Find the average precipitation for the catchment area shown in Figure (1) below using Thiess method.…
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Q: In reference to the Table below: Day 1 4 5. 7. Rainfall, mm 11 8. 13 6. 11 0. Water added, mm -5 -3…
A: Evaporation is generally the method that modifies the water from a liquid to a gas and also vapors.…
Q: A reservoir in Eastern Leyte had an average surface area of 20 km2 during January 2019. In that…
A: Given that, for a reservoir during January 2019, average surface area = 20 km2 mean rate of inflow…
Q: Long Pond has a surface area of 3.5 km2, and for a given month the pond has an average inflow of 3.4…
A: Given data the surface area of 3.5 km2=3.5x106 m2 inflow= 3.4 m3/s outflow = 2.75 m3/s storage…
Q: (b) In a lake of 70.8 ha surface, the inflow was 1.5 m³/s in a certain 30 day month. The dam on the…
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Q: A catchment area is at latitude 10° N and at an elevation of 750 m. The mean monthly temperatures…
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Q: A retention reservoir is located so that all runoff from upstream catchment area passes through the…
A: Runoff is the quantity of water discharged in surface streams. Runoff also includes groundwater that…
Q: A lake with an area of 5 km² has a net decrease in storage of 6 ha-mm. The inflowing stream rate is…
A: Given data- Area of the Lake (A)=5 Km2=5000 m2Change in storage ∆S=6 ha-mm=6×10000 m2-mm=6×10000…
Q: A lake has a surface area of 100 000 m. For a given month, the lake has an inflow of 5 m/s and an…
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Q: Clear Lake has a surface area of 708,000 m2 (70.8 ha). For a given month the lake has an inflow of…
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Q: Determine the value of flow rate of water through the aquifer in m³/day. Determine the value to the…
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Q: The following are the daily pan evaporation data in mm in a certain week. What is the evaporation…
A: Given: The table is given below, Day 1st 2nd 3rd 4th 5th 6th 7th Evaporation (mm) 9 9 12 8 7 9…
Q: 3. Calculate the daily free-water evaporation via the mass-transfer, energy-balance, Bowen ratio,…
A: Daily average value and daily total values are given of a free water evaporation having lake area…
Q: Mart April 1,7 3,3 Will May 3,1 2,8 July 4,3 1,8 June Septembe E (mm/day) A (hectare) 2,1 3,2 3,9…
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Q: In reference to the Table below: Day 1 2 4 6. Rainfall, mm 11 8. 13 6. 11 Water added, mm -5 -3 0. 7…
A: Given: The pan coefficient is 0.7. The area of the lake is 450 ha. The depth of rainfall and water…
Q: P TOblem # The infiltration capacities of an area for different intervals of time are given below :…
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Q: The uniform precipitation over a catchment area covering 80 km2 received a total precipitation of 80…
A: From the conservation of mass, Total inflow per unit time=Total outflow per unit time+∆s
Q: Estimate the constant flow rate of withdrawal from a 15 km² reservoir in a month (30days) during…
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Q: Statement A catchment has four sub-areas. The annual precipitation and evaporation from each of the…
A: Sub-AreaArea(A)Annual PPt(mm) (P)Annual Evaporation…
Q: Problem 03 Situation 03. In each month, the data were gathered 1t Month 2ad Month Precipitation…
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Q: 12 Determine the quantity of seepage under the dam cross section shown in m3/s/m if the soil has…
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Q: Q-4: Following observations were made for conducting a water budget of a reservoir over a period of…
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Q: B) A reservoir has the following inflows and outflows (in cubíc meters) for the first three month of…
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Q: If annual water requirement for farm pond is 1.1 ha - m, the storage requirement allowing 43% losses…
A: Given: Annual water requirement = 1.1 ha-m Losses = 43%
Q: At a reservoir about Delhi the following climatic data were observed. Estimate the mean monthly and…
A: Given data,
Q: Solve the following: To determine the daily evaporation at lake, a USWB evaporation pan is…
A: Since we only answer up to 3 sub-parts, we’ll answer the first 3. Please resubmit the question and…
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- Below is a square basin with a single length of 3180 meters. Watershed8 hours for 5 stations at their corners (a, B, C, D) and at their full midpoint (E)Hyetographs of rainfall Figure 4. is also given. Average rainfall of the basin based on information givencalculate its height using the Thiessen method.(T=159)HYDROLOGY •• SUMMARIZE THE PROCESS ON HOW TO COMPUTE AREAL PRECIPITATION USING 4 METHODS *ARITHMETIC *THRESSEN *ISOHYETAL *RECIPROCAL - DISTANCE SQUARE METHODIn a watershed, the average annual precipitation for four subbasins was recorded as follows : 90.84, 102.27, 74.84 and 63.406cm.The area sof the sub-basins were: 93264.3, 71243.5, 108808.2 and 168393.8 ha. Calculate the average precipitation of the total watershed using Thiessen method.
- For a drainage basin of 600 km2, isohyets drawn for a storm gave the following data: Isohyets (interval) (cm) 15-12 12-9 9-6 6-3 3-1 Inter-isohyetal area (km2) 92 128 120 175 85 Estimate the average depth of precipitation over the catchment.Water flows at a rate of 0.0300m3/? from reservoir 1 to reservoir 2 through threepipes connect in series. If ? = 0.025 and neglecting minor losses, determine thedifference in water surface elevation.Estimate the total excess/effective rainfall in mm for a 5% AEP storm. The temporal pattern distribution for a 45-min rainfall duration (5-min time step) for a South Australian catchment of 5.4 km2 is given below. 20 19.17 16.67 12.5 5 10 8.33 3.33 5 Consider: IL = 11.5 mm and CL = 1.7 mm/hr Total rainfall depth = 30.1 mm Plot the effective rainfall hyetograph of this Question in mm.
- Hydrology Subject: Using Arithmetic Method, Thiesen Polygon Method and Isohyets Method, Find average rainfall over a catchment. The data isB- The mass curve of rainfall in the storm of total duraƟon 300 minutes is given below. Draw the hyetograph of the storm at 60 minutes interval step and intensity in cm/hr.(Show by calculaƟons )R The following table show the precipitation in (mm/hr.) observed at the rain gages (A, B, and C) which shown in figure belo 1. Find the average precipitation each hr. over the catchment by Thiessen method . 2. Draw a graphical relation between the average precipitation each hr. and the time. - 3. Find the (& and W- index), if the runoff volume=104.4 cm.km® thr.) 1 2 3 a 5 Rain gage A 5 | [45 [ | & 8 3 7 [35 = [ 2 % a 9 |20 | 12 | & ain gage c i 10km rain gage - ain gge 106m
- There is 10 rain gauge stations in a catchment. The annual rainfalls recorded by the gauges are the following: 102.3cm, 181.12cm 123.4cm, 43.5cm, 112.23cm, 88.89cm, 75.5cm, 69.69cm, 97.87cm, 111.11cm. For an 8% error in the estimation of mean rainfall, calculate the optimum number of stations in the catchment.The annual rainfall at the rain-gauge stations with the catchment area of 10km are indicated below. Thiessen polygon measured are also shown in the table below. Stations Recorded rainfall(P1)(cm) Area of polygon(ai)(km2) A 8.8 570 B 7.6 920 C 10.8 720 D 9.2 620 E 13.8 520 F 10.4 550 G 8.5 400 H 10.5 650 I 11.2 500 J 9.5 350 K 7.8 520 L 5.2 250 M 5.6 350 1. Describe mean rainfall over the area using Thiessen polygon method and Compare Thiessen polygon method with arithmetic mean method.A lake has a surface area of 7.0 x 105 m² During a given month, the mean inflow to the lake was 2.5 m³/s. The increase in stored lake volume was observed to be 6.5 x 10 m². Precipitation during the same month was 380 mm and evaporation was 320 mm. Calculate the outflow from the lake for the same month in m/s.