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Answer the following questions:
(a) Formulate a Linear Programming model for this shortest-path problem which includes decision variables, objective function and constraints. Before giving the objective function and constraints, state what your decision variables stand for.
(b) Determine the best way to get from Quincy (node 1) to Old Bainbridge (node 6) that will minimize total distance traveled. Use Excel-Solver tool to solve the shortest-route problem presented in the above network. Copy and paste the Excel Output to show your work.
(c) Due to bad weather, the roads going through nodes 2 and 3 have been closed. No traffic can get onto or off of these roads. Describe the impact that this will have (if any) on the shortest route through this network.
Attachment:- 580230_1_finalhw-mgmtDec.doc
You are the manager of a softball league in the locality in which there are 5 local teams with 10 people each. The league has been arranged for parity so that each local team has 5 good players and 5 bad players.
Now assume that failed items are not replaced during the test. UsingHandbook H--108, determine the plan assuming the time to failure is exponential.
Critically discuss the difference between the "skewedness" of the distribution of a dataset and its "kurtosis"? What is the expected value (EV) of an investment if there is a 20% chance of realizing a return of $20,000 or a 55% chance of realizing a..
test at the 0.01 level, was the mean time for the Delta visits significantly less than that for the British Airway visits? Identify and interpret the p-value for the test.
Where is the flaw and how can it be fixed? If R^2 is taken as a model for the Euclidean plane, does this help resolve the difficulty? Explain.
Among 620 adults selected randomly from among the residents of one town, 18.9% said that they favor stronger gun-control laws.
Using the Variable view in SPSS list what each of the values of the categories assigned for age represent.
A company uses the formula C(x) = 0.02x^2 - 3.4x + 150 to model the unit cost in dollars for producing x stabilizer bars. For what number of bars is the unit cost at its minimum?
Suppose we conduct an ANOVA test of four treatment means and reject the null hypothesis. Construction of a confidence interval for the difference between the first and second sample mean revealed the interval to be 10 plus or minus 12. We conclude
Discuss how the statistical application of Pearson r is used for hypothesis testing. Through application of the Spearman Correlation discuss what type of data the Pearson formula can be used for.
A standard deviation of $18. Construct and interpret a 90% confidence interval to estimate the mean weekly gasoline expenditure.
Compare the vital capacityfor the two groups.calculate a 99% confidence interval for the difference.the result of this comparison may be misleading.why?
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