For expected value with perfect information, we use the maximum
payoffs for each state of nature to obtain the expected value here
as:
EVwPI = P(A)*Max(A) + P(B)*Max(B) + P(C)*Max(C)
= 0.3*200 + 0.5*140 + 0.2*180
= 60 + 70 + 36
= 166
Therefore 166 is the required expected value here.
u Question 6 10 pts The following is a payoff table giving profits for various situations....
The following is a payoff table giving profits for various situations. States of Nature Alternatives 100 12 Alternative 1 10 20 lternative 2 12 140 120 Alternative 3 Do Nothing The probabilities for states of nature A, B, and C are 0.3, 0.5, and 0.2, respectively. If a perfect forecast of the future were available, what is the expected value with this perfect information? C) 154 A) 130 D) 36 B) 160
The following is a payoff table giving profits...
13 The following is a payoff table giving profits for various situations. State of Nature Alternatives a b c 1 100 120 180 2 200 100 50 3 120 140 120 Do Nothing 0 0 0 The probabilities for states of nature A, B, and C are 0.3, 0.5, and 0.2, respectively. If a perfect forecast of the future were available, what is the expected value of perfect information (EVPI)? Choose one answer. a. 166 b. 0 c. 36 d....
1. The following is a payoff table giving profits for various situations. Alternatives A B C Alternative 1 120 140 120 Alternative 2 200 100 50 Alternative 3 100 120 180 Do Nothing 0 0 0 A recent forecast showed a 40% likelihood of A, a 10% likelihood of B, and a 50% likelihood of C. The decision criterion that now should be used to solve this problems is known as a. Equal Likelihood b. Expected Opportunity Loss c. Maximax...
The following is a payoff table giving profits for various situations. States of Nature Alternatives A B C Alternative 1 110 150 120 Alternative 2 60 80 70 Alternative 3 200 100 250 Do Nothing 0 0 0 What decision would a pessimist make? Alternative 1 Alternative 2 Alternative 3 Do Nothing
The following payoff table provides profits based on various possible decision alternatives and various levels of demand with probabilities of different demands: States of Nature Demand Alternatives Low Medium High Alternative A 80 120 140 Alternative B 70 90 100 Alternative C 30 60 120 Probability 0.4 0.3 0.3 What will be the expected value of perfect information (EVPI) for this situation?
The following is a payoff table giving profits for various situations: Alternatives A B C Alternative 1 140 148 150 Alternative 2 221 123 125 Alternative 3 123 140 212 Question: What decision would a pessimist make?
The following payoff table provides profits based on various possible decision alternatives and various levels of demand with probabilities of different demands: States of Nature Demand Alternatives Low Medium High Alternative A 80 120 140 Alternative B 70 90 100 Alternative C 30 60 120 Probability 0.4 0.3 0.3 What will be the expected value of perfect information (EVPI) for this situation? 2. Given the following gasoline data: Quarter Year 1 Year 2 1 95 105 2 85 95 3...
3.2) The following payoff table provides profits based on various possible decision alternatives and various levels of demand. States of Nature Demand Alternatives Alternative 1 Alternative 2 Alternative 3 Low Medium High 75 90 50 120 90 70 140 90 120 The probability of a low demand is 0.4, while the probability of a medium demand is 0.4 and high demand is 0.2 (a) What decision would an optimist make? (b) What decision would a pessimist make? (c) What is...
State of Nature Alternatives A B C Alternative 1 100 120 180 Alternative 2 200 100 50 Alternative 3 120 140 120 Do Nothing 0 0 0 The probabilities for states of nature A, B, and C are 0.3, 0.5, and 0.2, respectively. If a perfect forecast of the future were available, what is the expected value of perfect information (EVPI)?
The following is a payoff table giving profits for various situations. State 2 State 1 State 3 Probability 0.35 0.4 0.25 Alternative 1 52 42 75 Alternative 2 58 30 83 Alternative 3 23 55 82 Alternative 4 33 55 44 If a person were to use the expected monetary value criterion, what decision would be made? Alternative 1 Alternative 2 Alternative 3 Alternative 4