c. Compute the expected value of perfect information. EVPI = $ Do you think it would be worth trying to obtain additiona

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c. Compute the expected value of perfect information. EVPI = $ Do you think it would be worth trying to obtain additiona

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C Compute The Expected Value Of Perfect Information Evpi Do You Think It Would Be Worth Trying To Obtain Additiona 1
C Compute The Expected Value Of Perfect Information Evpi Do You Think It Would Be Worth Trying To Obtain Additiona 1 (36.42 KiB) Viewed 68 times
c. Compute the expected value of perfect information. EVPI = $ Do you think it would be worth trying to obtain additional information concerning which scenario is likely to occur? Best decision: Yes d. Suppose the proba of the worst-case scenario increases to 0.2, the probability of the base-case No
d. Suppose the probability of the worst-case scenario increases to 0.2, the probability of the base-case scenario decreases to 0.5, and the probability of the best-case scenario remains at 0.3. What effect, if any, would these changes have on the decision recommendation? Small e has suggested that an expenditure of Medium promotional campaign over the Large pn will effectively reduce the probability Small or Medium se scenario to zero. If the campaign can Small or Large Medium or Large also increase the probability of the Small or Medium or Large ario to 0.4, is it a good investment?
e. The consultant has suggested that an expenditure of $150,000 on a promotional campaign over the planning horizon will effectively reduce the probability of the worst-case scenario to zero. If the campaign can be expected to also increase the probability of the best-case scenario to 0.4, is it a good investment? The input in the box below will not be graded, but may be reviewed and considered by your instructor.
The Lake Placid Town Council decided to build a new community center to be used for conventions, concerts, and other public events, but considerable controversy surrounds the appropriate size. Many influential citizens want a large center that would be a showcase for the area. But the mayor feels that if demand does not support such a center, the community will lose a large amount of money. To provide structure for the decision process, the council narrowed the building alternatives to three sizes: small, medium, and large. Everybody agreed that the critical factor in choosing the best size is the number of people who will want to use the new facility. A regional planning consultant provided demand estimates under three scenarios: worst-case, base-case, and best-case. The worst-case scenario corresponds to a situation in which tourism drops substantially; the base- case scenario corresponds to a situation in which Lake Placid continues to attract visitors at current levels; and the best-case scenario corresponds to a substantial increase in tourism. The consultant has provided probability assessments of 0.10, 0.60, and 0.30 for the worst-case, base-case, and best-case scenarios, respectively. The town council suggested using net cash flow over a 5-year planning horizon as the criterion for deciding on the best size. The following projections of net cash flow (in thousands of dollars) for a 5-year planning horizon have been developed. All costs, including the consultant's fee, have been included. Demand Scenario Center Size Worst-Case Base-Case Best-Case 400 500 660 -250 650 300 Large -400 580 sma Medium
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