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For each of the assigned distributions, determine (1) the return period for a discharge of 20 m'ls and (2) the discharge with a return period of 100 years.
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?
MRE80002 Dredging Engineering 2016 Assignment. Your task is to provide a detailed management plan for this operation. The plan should include, but not necessarily be limited to, Project background & Objectives, Project safety, Environmental issues ..
ENGG1811 Assignment 1: Solar Position Calculator. Executive Summary- Implement algorithms (provided) to determine the position of the sun for any location on Earth at any date and time. Calculate sunrise and sunset times
Calculate and sketch the shear flow distribution and determine the critical margin of safety in shear and calculate the critical margin of safety considering shear buckling
Problem 1: Plot the adiabatic flame temperature, and equilibrium SO, SO2, NO, and NO2 concentrations for mixtures coal and biomass with biomass fractions ranging from 0 to 1. Assume two cases of air input: 25% theoretical and 20% excess air.
Discuss how the determination of the Thevenin Equivalent circuit simplifies the complex circuits.
If the closure time for the prototype gates is 20 min, determine the model closure time if the length ratio is (1) 1:50 and (2) 1:100.
Compute the z-Transform for the discrete-time signal,Compute the inverse z-Transform of the transform.
find the optimum solution or optimum solutions. Does the model have infeasibility, unique optimum, alternative optima, or unboundedness?
For the purposes of this experiment, we will assume this anti-alias filtering is to be done using a recursive low pass filter derived from the Butterworth analogue prototype (using the bilinear transformation).
Assuming that the transistors in both circuits are properly sized to provide each gate with a current-driving capability equal to that of the basic matched inverter, find the number of transistors and the total area of each circuit.
Consider the process of heating water on top of an electric range. What are the forms of energy involved during this process? What are the energy transformations that take place?
10-2. Sketch the Q output waveform for a gated S-k flip-flop (Figure 10- St, given the inputs at S. N. and (.1 shown in Figure P10-2.
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