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For each of the assigned distributions, determine (1) the return period for a discharge of 1600 cfs and (2) the discharge with a return period of 25 years.
Using the problem discharges given for River 4.
Problem
Array the discharges for River 1 and analyze the data as follows: (1) Determine the return period r,, and probability p associated with each value. (2) Calculate the arithmetic mean and standard deviation and the mean, standard deviation, and coefficient of skew for the logs of the discharges as required for the assigned portions of this problem. (3) Plot the discharges on normal probability paper and compare the results with the straight line of best fit based on the normal distribution. (4) Plot the discharges on lognormal paper and compare the results with the straight line of best fit based on the lognormal distribution. (5) Compare the plotted data in part (4) with the log Pearson Type 111 distribution by plotting this distribution on the graph using the calculated value of skew. (6) Plot the discharges on extreme value paper and compare the results with the straight line of best fit based on the extreme value distribution. (7) Which distribution best represents this data set?
What external factors affect international operations at UPS. How do these factors cause UPS to adjust its operations
Problem1: Using the uniqueness property of the Fourier series, find exponential Fourier series for the following signals: Problem 2. Sketch the following periodic wave-forms
Assignment is about design a building which is located in Tasmania- Describe the renewable energy resources that might be available in the geographic region of interest. How would you harness the energy?
Task- Details of ASTA Programme, Progress Reporting and Risk Simulation and list of relevant assumptions made for developing the ASTA programme of the project
The torque M required to turn the cone-plate viscometer in Fig. depends upon the radius R, rotation rate Ω, fluid viscosity μ, and cone angle θ. Rewrite this relation in dimensionless form.
A common-emitter amplifier has Cπ = 10 pF, Cμ = 0.3 pF, CL = 3 pF, gm = 40 mA/V, β = 100, rx = 100Ω, R1L = 5 kΩ, and Rsig = 1 kΩ. Find the midband gain AM and an estimate of the 3-dB frequency fH using the Miller approximation. Also, obtain anothe..
From your answers to (a) and (b) above, what do you think would be the basic principles in the metallurgical design of alloys with creep strengths higher than the basic ASS?
QUESTION 1. The type of cost that generally increases in proportion to the degree they are in use is _______ costs.
Your diagrams have to be detailed and well explained. The case study is open ended, so you will have to make assumptions and consistently use them throughout the entire paper.
Ppurpose of the exercise is for students to develop a shaft sinking and lining strategy for the site and
Look up the temperature-vapor pressure data for ammonia (NH3) over the temperature range 283 K to 311 K in 2K increment. Curve fit the data using the Clausius Clapeyron Equation, polynomial fit, exponential power and log curve fits
Superconducting magnets are used to generate massive magnetic fields that cause large magnetizations in the ferromagnetic inductor. Below are three candidate materials for the superconducting magnet. Based on what you know about superconductors, w..
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