Question

In: Civil Engineering

Maximum instantaneous discharges of a river from 1926 to 1951 are given in Table. First, determine...

Maximum instantaneous discharges of a river from 1926 to 1951 are given in Table. First, determine average, variance, skewness, PDF and CDF of this time-series. Secondly, fit probability distributions of exponential, normal and Pearson and find out which one is the better. Calculate the flood discharges during the next 5, 10 and 50 years.

Q value:

190.46 / 258.94 / 178.57 / 383 / 424 / 83.48 / 244.79 / 314.13 / 179.99 / 390.54 / 1132 / 288.66 / 379.22 / 253.28 / 336.77 / 165.27 / 585.81 / 348.9 / 189.04 / -185.08 / 157.35 / 217.91 / 244.23 / 410.35 / 670.71 / 427.321

Solutions

Expert Solution


Related Solutions

Wastewater plant discharges effluent in river from the center. Characteristics of River and wastewater is given...
Wastewater plant discharges effluent in river from the center. Characteristics of River and wastewater is given in Table below. Velocity of River V= 10 cm/s, After intial mix, Dissolved-oxygen concentration C0 = 9.5 mg/L, Saturation Dissolved-oxygen concentration at 15 C Cs= 11 mg/L, Deoxgenation rate at 20 C k1,20 = 0.55 per day, Reoxgenation rate at 20 C k2,200= 0.85 per day Temperature of River Tr=12 C BOD load L0=25 mg/L How long (in days) it takes to reach DO...
The results of a standard Proctor test are given in the following table. a) Determine the...
The results of a standard Proctor test are given in the following table. a) Determine the maximum dry unit weight of compaction and the optimum moisture content. Given: Mold volume = 1/30 ft3. b) Determine the void ratio and the degree of saturation at the optimum moisture content. Given: Gs = 2.69. Trial no. Weight of moist soil in the mold (lb) Moisture content (%) 1 3.7 8.6 2 4.15 10.6 3 4.69 12.5 4 4.62 14.9 5 4.02 16.7...
The values in the table below are measured maximum breadths​ (in millimeters) of male skulls from...
The values in the table below are measured maximum breadths​ (in millimeters) of male skulls from different epochs. Changes in head shape over time suggest that interbreeding occurred with immigrant populations. Use a 0.05 significance level to test the claim that the different epochs all have the same mean. 4000 B.C   1850 B.C.   150 A.D. 131   129 128 138   135   138 125   136   136 129   137   139 132   137   141 135   127   142 132   136   137 134   136   145 138  ...
3. Given the following maximum problem, set up the initial simplex tableau and circle the first...
3. Given the following maximum problem, set up the initial simplex tableau and circle the first pivot element. Do not solve the maximum problems MAXIMIZE : P = 3x1+2x2+3x3 subject to constraints : -x1+2x2+2x3<=8 4x1-x2+6x3<=10 x1+2x2+4x3<=12, x1>=0, x2>=0, x3>=0
. Determine the maximum deduction from AGI for 2019 for each of the fol-lowing taxpayers: a....
. Determine the maximum deduction from AGI for 2019 for each of the fol-lowing taxpayers: a. Selen is single and has itemized deductions for the year of $12,400. In ad-dition, Selen’s mother lives with her, but she does not claim her mother as a dependent. b. Amanda and Adam are married. Amanda is 67 years old and is legally blind. Adam is 64 years old. They have itemized deductions of $25,800. c. Micah and Ilana are married and have two...
Use the information in the following table, and information given on imports and exports, to determine...
Use the information in the following table, and information given on imports and exports, to determine the level of unplanned inventory at each level of real GDP. Employment, Output, Consumption, and Unplanned Inventory Possible Levels of Employment Real GDP (Output) Equals Disposable Income Consumption Investment Unplanned Inventory (Millions of workers) (Billions of dollars) (Billions of dollars) (Billions of dollars) (Billions of dollars) 40 325 300 150 45 375 325 150 50 425 350 150 55 475 375 150 60 525...
Find the correlation coefficient r for the given table below and use it to determine if...
Find the correlation coefficient r for the given table below and use it to determine if there is a Strong Negative or Strong Positive or Weak Negative or Weak Positive correlation. (Check your spelling!) Redshift | 0.0233 |0.0539 | 0.0718 | 0.0395 | 0.0438 | 0.0103                                    =Distance| 0.32 | 0.75    | 1.00 | 0.55    | 0.61   | 0.14
Given the following data for a chemical reaction, determine whether it is a zero, first, or...
Given the following data for a chemical reaction, determine whether it is a zero, first, or second order reaction, and then calculate the concentration at time = 45 seconds. (Enter in units of M). Time(s) 0 10.0 20.0 30.0 Concentration (M) 0.94 0.82 0.70 0.58
4. From the standard Normal Distribution table at the back of your table, determine the following...
4. From the standard Normal Distribution table at the back of your table, determine the following (a) The probability that z is greater than 1.72? (b)The area under the normal curve between z = 0.09 and z = 1.79? (c) The area under the normal curve between z = –1.2 and z = –2.2? (d) The area under the normal curve between z = 0.0 and z = 2.0? (e) Probability Z ≥ 0
Given the following aqueous reactants, determine if a solid is formed using the solubility table. If...
Given the following aqueous reactants, determine if a solid is formed using the solubility table. If yes, write the compound that is formed. Aqueous Reactants Solid Formed? (yes or no) Compound Formed Sodium chloride and Lead (II) acetate Potassium sulfate and Strontium iodide Cesium chloride and Calcium sulfide Chromium (III) nitrate and Sodium phosphate Magnesium oxide can be made by heating magnesium metal in the presence of oxygen. When 10.1 g of Mg reacts with 10.5 g of O2, 11.9...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT