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· Write a thorough statement as to the variables used and the reason you think these variables may or may not be related.
· Clearly identify the explanatory and response variables.
· Clearly define the population from which the sample data is being drawn.
· Specifically state how the sample was selected.
· Report the raw data.
· Draw a scatter plot for the data values. (Excel is a great tool for entering data and plotting a scatter plot.)
· Write a clear and concise statement analyzing the scatter plot.
· Compute the value of the correlation coefficient (r). (This computation may be done using your calculator or computer.)
What differentiates a Z test statistic for a population from the z statistic for sampling of the mean? Why difference. Consider a normal population
Every convergent sequence contains either an increasing, or a decreasing subsequence.
Just build the payoff matrix model in each caseb.)compute a regret (opportunity loss) matrix.HINT:Your payoff matrix should have six strategies and nine states of nature.
Time-Series Forecasting: Applied Regression Analysis course, The data in DJIA.xls represent the closing values of the Dow Jones Industrial Average (DJIA) from 1979 through 2008. Plot the time series. Find a three-years moving average to the d..
Use 4th order Runge-Kutta Method with step size h =0.2 and h =0.1 to find y(2) and sketch all the solutions on the interval [1, 2] with appropriate legend for comparison.
Using the least-significant difference test, identify the significant differences between the programs.
Suppose that in the four player game, the person who rolls the smallest number pays $5.00 to the person who rolls the largest number. Calculate each player's expected gain after one round.
Determine the Laplace transform of the function by writing the function in terms of Heaviside functions and the method of Laplace transforms to solve the initial value problem
Separation of variables to solve the heat equation problem with inhomogeneous boundary conditions and evaluate your series solution in order to plot the temperature profile at a few fixed values of time.
questionuse the crank-nicolson procedure to solve the following partial differential equationnbspfor 0 le x le 1 taken
1. the following is a very simple discrete-time model for an economy. this model consists of four risky assets a b c
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