Buusiness Statistics

An entrepreneur wants to determine whether it would be profitable to establish a gardening service in a local suburb. The entrepreneur believes that there are four possible levels of demand for this gardening service: Very low demand—1% of the households would use the service. Low demand—5% of the households would use the service. Moderate demand—10% of the households would use the service. 

 Need a Professional Writer to Work on this Paper and Give you an A+ 100 % Original Paper? CLICK HERE TO GET THIS PAPER WRITTEN

High demand—25% of the households would use the service. Based on past experiences in other

suburbs, the entrepreneur assigns the following probabilities to the various demand levels: P(High demand) = 0.10 P(Moderate

demand) = 0.20 P(Low demand) = 0.50 P(Very low demand) = 0.20

The entrepreneur has calculated the following profits or

losses ($) of this garden service for each demand level (over a period of one year):
ACTION
DEMAND
Provide Garden

Service Do Not Provide Garden Service
Very low -50,000 0 Low 60,000 0 Moderate 130,000 0 High 300,000 0
a. Construct a

decision tree.
b. Construct an opportunity loss table.
c. Compute the expected monetary value (EMV) for offer- ing this

garden service.
d. Compute the expected opportunity loss (EOL) for offer- ing this garden service.
e. Explain the meaning

of the expected value of perfect information (EVPI) in this problem.
f. Compute the return-to-risk ratio (RTRR) for

offering this garden service.
g. Based on the results of (c), (d), and (f ), should the entre- preneur offer this garden

service? Why? Before making a final decision, the entrepreneur conducts a survey to determine demand for the gardening

service. A random sample of 20 households is selected, and 3 indicate that they would use this gardening service.
h. Revise

the prior probabilities in light of this sample infor- mation. (Hint: Use the binomial distribution to determine the

probability of the outcome that occurred, given a par- ticular level of demand.)
i. Use the revised probabilities in (h) to

repeat (c) through (g).



Get a 10 % discount on an order above $ 100
Use the following coupon code :
WIZARDS35