Decision Making Question 1 of 4. Andrew Thomas, a sandwich vendor at Hard Rock C
ID: 471054 • Letter: D
Question
Decision Making Question 1 of 4. Andrew Thomas, a sandwich vendor at Hard Rock Cafs annual Rockfest created a table of conditional values for the various alternatives (stocking decision) and states of nature (size of crowd):
Alternatives
States of Nature
Big Average Small
Large Stock
$22,000
$12,000
-$2,000
Average Stock
$14,000
$10,000
$6,000
Small Stock
$9,000
$8,000
$4,000
The probabilities associated with the states of nature are 0.3 for a big demand, 0.5 for an average demand, and 0.2 for a small demand.
1. Determine the alternative that provides Andrew the greatest Expected Monetary Value. What is this EMV?
2. What is the expected value under certainty?
3. Compute the expected value of perfect information, (EVPI)
4. Determine the appropriate alternative under uncertainty using Maximin. Provide support for your answer.
Alternatives
States of Nature
Big Average Small
Large Stock
$22,000
$12,000
-$2,000
Average Stock
$14,000
$10,000
$6,000
Small Stock
$9,000
$8,000
$4,000
Explanation / Answer
Big demand probability =0.3
Average demand probability=0.5
Small demand probability= 0.2
a)
Expected monetary value for each alternative:
EMV (large stock) =0.3*22000+ 0.5*12000+0.2*(-2000) = 12200
EMV (Average stock) =0.3*14000+ 0.5*10000+0.2*(6000) =10400
EMV (small stock) =0.3*9000+ 0.5*8000+0.2*(4000) =7500
The alternative that provide Andrew Thomas the greatest expected monetary value(EMV) is large stock
The EMV of this decision is $12,200
b)
In order to calculate expected value under certainty, consider highest value under each option
Expected Value under certainty = 0.3*22000+0.5*12000+0.2*6000=$13,800
c)
Expected value of perfect information (EVPI)
EVPI = EVwPI – Maximum EMV
=Expected value under certainty – Maximum EMV
= 13800-12200
=1600
The expected value of perfect information for Andrew Thomas is $1,600
d)
Maxmin Criteria is pessimistic. With this criterion, the decision makers select the decision that will reflect the maximum of minimum payoffs. For each decision alternative, the decision maker assumes that the minimum payoff will occur, of these, the maximum is selected as follows:
Large stock =-$2,000
Average stock =$6,000
Small stock =$4,000
Maximum value is for average stock which is $6,000
Therefore, appropriate alternative under uncertainty using Maximin is Average stock
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