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Planning Investments. Your uncle has $90,000 that he wishes to invest now in order to use the accumulation for purchasing a retirement annuity in five years. After consulting with his financial adviser, he has been offered four types of fixed income investments, labeled as investments A, B, C, and D.Investments A and B are available at the beginning of each of the next five years (call them years 1 to 5). Each dollar invested in A at the beginning of a year returns $1.20 (a profit of $0.20) two years later, in time for immediate reinvestment. Each dollar invested in B at the beginning of a year returns $1.36 three years later.Investments C and D will each be available at one time in the future. Each dollar invested in C at the beginning of year 2 returns $1.66 at the end of year 5. Each dollar invested in D at the beginning of year 5 returns $1.12 at the end of year 5.Your uncle is obligated to make a balloon payment on an existing loan, in the amount of $24,000, at the end of year 3. He wants to cover that payment out of these funds as well.a. Devise an investment plan for your uncle that maximizes the amount of money that can be accumulated at the end of five years. How much money will be available for the annuity in five years?b. Describe the pattern in the optimal plan.Submit:Excel file for the LP maximization analysis.Approximately one or two paragraph answer report for question 9 b.There is a solution on this website but the excel file is not complete at all and not sufficient. That is why I am asking this question again. "Analytic Solver" needs to be used in getting the answer and all files including excel file is needed.
A random sample of 100 items is selected from a population of size 350. What is the probability that the sample mean will exceed 200 if the population means is 195 and the population standard deviation equals 20?
Develop 3 regression models to forecast selling price based upon each of other factors individually. Which of these is best?
A psychologist claims that more than 6.3% of the populations suffer from professional due to greate shyness. Categorize the Type II error in this context.
Public transportation and the automobile are two methods an employee can use to get to work each day. Samples of times recorded for each method are shown. Times are in minutes.
A presidential candidate's aide estimates that, among all college students, the proportion p who intend to vote in the upcoming election is at least 70%.
Define the Linear programming problem (LPP)
Assume that, among residents of a large Florida subdivision, the population mean age is 65 years old, the population standard deviation is 2 years, and that the age variable is distributed normally.
Determine what would happen to your critical value (Z) if you were to change the level of significance (a) from .05 to .1 in a two tailed hypothesis test.
The variance is any different with the new ball. Test the null hypothesis that the new ball does not improve a bowler's average at the 5% level of significance.
Let {Xn : n >=1} be a sequence of positive independent random variables with E(Xn) = c 2 (0; 1) for each n. Let Yn = X1X2...Xn, the product of the Xi's. Use Markov's inequality to prove that Yn ~ 0 in probability.
Independently of all the others. The system is operational if no two adjacent lamps fail. Obtain an expression for system reliability.
A statistical analysis of 1000 long distance telephone calls made from the headquarters of the Bricks and Clicks Computer Corporation indicates that the length of these calls is normally distributed with u=240 seconds and sigma = 40 seconds.
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