Deck 14: Decision Analysis

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Question
The expected value of perfect information (EVPI) is equivalent to the minimum expected opportunity loss (EOL).
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Question
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   A(n) ____ is a course of action intended to solve a problem.</strong> A) decision B) criteria C) state of nature D) alternative <div style=padding-top: 35px>
A(n) ____ is a course of action intended to solve a problem.

A) decision
B) criteria
C) state of nature
D) alternative
Question
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     The expected monetary value criterion (EMV) is the decision-making approach used</strong> A) in decision-making under risk B) in decision-making under uncertainty C) in decision-making under certainty D) all of the above <div style=padding-top: 35px> <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     The expected monetary value criterion (EMV) is the decision-making approach used</strong> A) in decision-making under risk B) in decision-making under uncertainty C) in decision-making under certainty D) all of the above <div style=padding-top: 35px>
The expected monetary value criterion (EMV) is the decision-making approach used

A) in decision-making under risk
B) in decision-making under uncertainty
C) in decision-making under certainty
D) all of the above
Question
The criteria in a decision problem represent various factors that are important to the decision maker.
Question
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   Suppose that the payoffs for an alternative with three states of nature are: 10, 20, and 30. The probabilities of these states of nature are 0.2, 0.3, and 0.5, respectively. The expected payoff for the alternative is equal to</strong> A) 23 B) 30 C) 60 D) 20 <div style=padding-top: 35px>
Suppose that the payoffs for an alternative with three states of nature are: 10, 20, and 30. The probabilities of these states of nature are 0.2, 0.3, and 0.5, respectively. The expected payoff for the alternative is equal to

A) 23
B) 30
C) 60
D) 20
Question
A payoff matrix depicts ____ versus ____ with payoffs for each intersection cell.

A) decision criteria; states of nature.
B) decision alternatives; potential outcomes.
C) decision alternatives; states of nature.
D) decision criteria; potential outcomes.
Question
Which of the following is a goal of decision analysis?

A) Help individuals make good decisions.
B) Ensure decisions lead to good outcomes.
C) Avoiding decisions leading to bad outcomes.
D) Reduce the role of luck in a decision.
Question
Exhibit 14.3
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. The investor has estimated the probability of a declining economy at 70% and an expanding economy at 30%. <strong>Exhibit 14.3 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. The investor has estimated the probability of a declining economy at 70% and an expanding economy at 30%.   Refer to Exhibit 14.3. What decision should be made according to the expected monetary value decision rule?</strong> A) A B) B C) C D) Bank <div style=padding-top: 35px>
Refer to Exhibit 14.3. What decision should be made according to the expected monetary value decision rule?

A) A
B) B
C) C
D) Bank
Question
A payoff matrix is a table that summarizes the final outcome (or regret) for each decision alternative under each possible condition.
Question
The expected monetary value decision rule selects the decision alternative with the largest expected regret.
Question
The decision rules that assume that probabilities of occurrence can be assigned to the states of nature in a decision problem are called probabilistic methods.
Question
A company is planning a plant expansion. They can build a large or small plant. The payoffs for the plant depend on the level of consumer demand for the company's products. The company believes that there is an 69% chance that demand for their products will be high and a 31% chance that it will be low. The company can pay a market research firm to survey consumer attitudes towards the company's products. There is a 63% chance that the customers will like the products and a 37% chance that they won't. The payoff matrix and costs of the two plants are listed below. The company believes that if the survey is favorable there is a 92% chance that demand will be high for the products. If the survey is unfavorable there is only a 30% chance that the demand will be high. The following decision tree has been built for this problem. The company has computed that the expected monetary value of the best decision without sample information is 154.35 million. What is the EVSI for this problem (in $ million)? <strong>A company is planning a plant expansion. They can build a large or small plant. The payoffs for the plant depend on the level of consumer demand for the company's products. The company believes that there is an 69% chance that demand for their products will be high and a 31% chance that it will be low. The company can pay a market research firm to survey consumer attitudes towards the company's products. There is a 63% chance that the customers will like the products and a 37% chance that they won't. The payoff matrix and costs of the two plants are listed below. The company believes that if the survey is favorable there is a 92% chance that demand will be high for the products. If the survey is unfavorable there is only a 30% chance that the demand will be high. The following decision tree has been built for this problem. The company has computed that the expected monetary value of the best decision without sample information is 154.35 million. What is the EVSI for this problem (in $ million)? <sub> </sub>   <sub> </sub>  </strong> A) 0.07 B) 26.38 C) 109.5 D) 180.8 <div style=padding-top: 35px> <strong>A company is planning a plant expansion. They can build a large or small plant. The payoffs for the plant depend on the level of consumer demand for the company's products. The company believes that there is an 69% chance that demand for their products will be high and a 31% chance that it will be low. The company can pay a market research firm to survey consumer attitudes towards the company's products. There is a 63% chance that the customers will like the products and a 37% chance that they won't. The payoff matrix and costs of the two plants are listed below. The company believes that if the survey is favorable there is a 92% chance that demand will be high for the products. If the survey is unfavorable there is only a 30% chance that the demand will be high. The following decision tree has been built for this problem. The company has computed that the expected monetary value of the best decision without sample information is 154.35 million. What is the EVSI for this problem (in $ million)? <sub> </sub>   <sub> </sub>  </strong> A) 0.07 B) 26.38 C) 109.5 D) 180.8 <div style=padding-top: 35px>

A) 0.07
B) 26.38
C) 109.5
D) 180.8
Question
An analyst can apply a process known as rolling back to a decision tree to determine the decision with the largest EMV.
Question
One of the primary advantages in decision making is that we usually know which state of nature will occur.
Question
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   Refer to Exhibit 14.5. What is the correct decision for this investor based on an expected monetary value criterion?</strong> A) A B) B C) C D) D <div style=padding-top: 35px>
Refer to Exhibit 14.5. What is the correct decision for this investor based on an expected monetary value criterion?

A) A
B) B
C) C
D) D
Question
The scores in a scoring model range from

A) 0 to 1
B) −1 to +1
C) 0 to 5
D) 0 to 10
Question
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   The ____ in a decision problem represent factors that are important to the decision maker.</strong> A) payoffs B) states of nature C) criteria D) alternatives <div style=padding-top: 35px>
The ____ in a decision problem represent factors that are important to the decision maker.

A) payoffs
B) states of nature
C) criteria
D) alternatives
Question
Exhibit 14.4
The following questions are based on the information below. <strong>Exhibit 14.4 The following questions are based on the information below.   Refer to Exhibit 14.4. What is the expected value of perfect information for the investor?</strong> A) 13.5 B) 20 C) 45.5 D) 59 <div style=padding-top: 35px>
Refer to Exhibit 14.4. What is the expected value of perfect information for the investor?

A) 13.5
B) 20
C) 45.5
D) 59
Question
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Refer to Exhibit 14.8. What formula should go in cell G15 of the Price worksheet to compute the Consistency Ratio?</strong> A) =AVERAGE(G11:G13)-3)/(2*0.58) B) =AVERAGE(G11:G13)-3) C) =AVERAGE(G11:G13))/(2*0.58) D) =AVERAGE(G11:G13)-3)/0.58 <div style=padding-top: 35px> <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Refer to Exhibit 14.8. What formula should go in cell G15 of the Price worksheet to compute the Consistency Ratio?</strong> A) =AVERAGE(G11:G13)-3)/(2*0.58) B) =AVERAGE(G11:G13)-3) C) =AVERAGE(G11:G13))/(2*0.58) D) =AVERAGE(G11:G13)-3)/0.58 <div style=padding-top: 35px>
Refer to Exhibit 14.8. What formula should go in cell G15 of the Price worksheet to compute the Consistency Ratio?

A) =AVERAGE(G11:G13)-3)/(2*0.58)
B) =AVERAGE(G11:G13)-3)
C) =AVERAGE(G11:G13))/(2*0.58)
D) =AVERAGE(G11:G13)-3)/0.58
Question
Under maximin rule a decision maker hedges against the worst possible outcome of a decision.
Question
Exhibit 14.2
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. <strong>Exhibit 14.2 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem.   Sensitivity analysis is most useful in</strong> A) decision-making under risk B) decision-making under uncertainty C) decision-making under certainty D) all of the above <div style=padding-top: 35px>
Sensitivity analysis is most useful in

A) decision-making under risk
B) decision-making under uncertainty
C) decision-making under certainty
D) all of the above
Question
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   The scores in a scoring model can be thought of as subjective assessments of</strong> A) usefulness. B) worthiness. C) utility. D) payoff. <div style=padding-top: 35px>
The scores in a scoring model can be thought of as subjective assessments of

A) usefulness.
B) worthiness.
C) utility.
D) payoff.
Question
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     The decision rule which determines the maximum payoff for each alternative and then selects the alternative associated with the largest payoff is the</strong> A) maximax decision rule. B) maximin decision rule. C) minimax regret decision rule. D) minimin decision rule. <div style=padding-top: 35px> <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     The decision rule which determines the maximum payoff for each alternative and then selects the alternative associated with the largest payoff is the</strong> A) maximax decision rule. B) maximin decision rule. C) minimax regret decision rule. D) minimin decision rule. <div style=padding-top: 35px>
The decision rule which determines the maximum payoff for each alternative and then selects the alternative associated with the largest payoff is the

A) maximax decision rule.
B) maximin decision rule.
C) minimax regret decision rule.
D) minimin decision rule.
Question
Exhibit 14.1
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. <strong>Exhibit 14.1 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem.   Refer to Exhibit 14.1. What decision should be made according to the minimax regret decision rule?</strong> A) A B) B C) C D) Bank <div style=padding-top: 35px>
Refer to Exhibit 14.1. What decision should be made according to the minimax regret decision rule?

A) A
B) B
C) C
D) Bank
Question
Exhibit 14.2
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. <strong>Exhibit 14.2 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem.   Refer to Exhibit 14.2. What formula should go in cell F5 of the Regret Matrix above to compute the regret value?</strong> A) =B$5-MAX(B$5:B$8) B) =MAX(B$5:B$8)-MAX(B5) C) =MAX(B$5:B$8)-MIN(B$5:B$8) D) =MAX(B$5:B$8)-B5 <div style=padding-top: 35px>
Refer to Exhibit 14.2. What formula should go in cell F5 of the Regret Matrix above to compute the regret value?

A) =B$5-MAX(B$5:B$8)
B) =MAX(B$5:B$8)-MAX(B5)
C) =MAX(B$5:B$8)-MIN(B$5:B$8)
D) =MAX(B$5:B$8)-B5
Question
Exhibit 14.2
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. <strong>Exhibit 14.2 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem.   A course of action intended to solve a problem is called a(n)</strong> A) alternative. B) option. C) decision. D) criteria. <div style=padding-top: 35px>
A course of action intended to solve a problem is called a(n)

A) alternative.
B) option.
C) decision.
D) criteria.
Question
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   An alternative</strong> A) is a course of action intended to solve a problem B) is always feasible C) is never feasible D) is realistic <div style=padding-top: 35px>
An alternative

A) is a course of action intended to solve a problem
B) is always feasible
C) is never feasible
D) is realistic
Question
Exhibit 14.1
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. <strong>Exhibit 14.1 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem.   Refer to Exhibit 14.1. What formula should go in cell D5 to implement the maximax decision rule?</strong> A) =MAX(MAX(B5:C5)) B) =MIN(B5:C5) C) =AVERAGE(B5:C5) D) =MAX(B5:C5) <div style=padding-top: 35px>
Refer to Exhibit 14.1. What formula should go in cell D5 to implement the maximax decision rule?

A) =MAX(MAX(B5:C5))
B) =MIN(B5:C5)
C) =AVERAGE(B5:C5)
D) =MAX(B5:C5)
Question
Exhibit 14.7
The following questions use the information below.
A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45. <strong>Exhibit 14.7 The following questions use the information below. A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45.   The category of decision rules that contains the maximax decision rule is the</strong> A) optimistic category. B) non-probabilistic category. C) probabilistic category. D) optimality category. <div style=padding-top: 35px>
The category of decision rules that contains the maximax decision rule is the

A) optimistic category.
B) non-probabilistic category.
C) probabilistic category.
D) optimality category.
Question
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Refer to Exhibit 14.8. What formula should go in cell G11 and get copied to G12:G13 of the Price worksheet to compute the Consistency Measure?</strong> A) =MMULT(C4:E4,$F$11:$F$13) B) =SUMPRODUCT(C4:E4,$F$11:$F$13)/F11 C) =MMULT(C4:E4,$F$11:$F$13)/F11 D) =MMULT(C7:E7,$F$11:$F$13)/F11 <div style=padding-top: 35px> <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Refer to Exhibit 14.8. What formula should go in cell G11 and get copied to G12:G13 of the Price worksheet to compute the Consistency Measure?</strong> A) =MMULT(C4:E4,$F$11:$F$13) B) =SUMPRODUCT(C4:E4,$F$11:$F$13)/F11 C) =MMULT(C4:E4,$F$11:$F$13)/F11 D) =MMULT(C7:E7,$F$11:$F$13)/F11 <div style=padding-top: 35px>
Refer to Exhibit 14.8. What formula should go in cell G11 and get copied to G12:G13 of the Price worksheet to compute the Consistency Measure?

A) =MMULT(C4:E4,$F$11:$F$13)
B) =SUMPRODUCT(C4:E4,$F$11:$F$13)/F11
C) =MMULT(C4:E4,$F$11:$F$13)/F11
D) =MMULT(C7:E7,$F$11:$F$13)/F11
Question
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Based on the radar chart of raw scores provided below, why is this decision complex? ​   ​</strong> A) The chart is hard to read. B) No site wins on all four criteria. C) No site achieves a perfect score of 1.0 on a criteria. D) No sites have sufficient security. <div style=padding-top: 35px> <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Based on the radar chart of raw scores provided below, why is this decision complex? ​   ​</strong> A) The chart is hard to read. B) No site wins on all four criteria. C) No site achieves a perfect score of 1.0 on a criteria. D) No sites have sufficient security. <div style=padding-top: 35px>
Based on the radar chart of raw scores provided below, why is this decision complex? ​ <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Based on the radar chart of raw scores provided below, why is this decision complex? ​   ​</strong> A) The chart is hard to read. B) No site wins on all four criteria. C) No site achieves a perfect score of 1.0 on a criteria. D) No sites have sufficient security. <div style=padding-top: 35px>

A) The chart is hard to read.
B) No site wins on all four criteria.
C) No site achieves a perfect score of 1.0 on a criteria.
D) No sites have sufficient security.
Question
Exhibit 14.2
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. <strong>Exhibit 14.2 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem.   The amount of opportunity lost in making a decision is called</strong> A) loss. B) frustration. C) negative profit. D) regret. <div style=padding-top: 35px>
The amount of opportunity lost in making a decision is called

A) loss.
B) frustration.
C) negative profit.
D) regret.
Question
Exhibit 14.7
The following questions use the information below.
A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45. <strong>Exhibit 14.7 The following questions use the information below. A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45.   Refer to Exhibit 14.7. What is the decision maker's certainty equivalent for this problem?</strong> A) −$15,000 B) $84,000 C) $56,100 D) $82,000 <div style=padding-top: 35px>
Refer to Exhibit 14.7. What is the decision maker's certainty equivalent for this problem?

A) −$15,000
B) $84,000
C) $56,100
D) $82,000
Question
Exhibit 14.7
The following questions use the information below.
A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45. <strong>Exhibit 14.7 The following questions use the information below. A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45.   The maximin approach to decision-making</strong> A) maximizes the minimum return B) maximizes the maximum return C) maximizes the minimum regret D) minimizes the minimum regret <div style=padding-top: 35px>
The maximin approach to decision-making

A) maximizes the minimum return
B) maximizes the maximum return
C) maximizes the minimum regret
D) minimizes the minimum regret
Question
Exhibit 14.7
The following questions use the information below.
A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45. <strong>Exhibit 14.7 The following questions use the information below. A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45.   A state of nature</strong> A) is observed B) is under control of a decision maker C) is known with certainty D) is estimated using a decision model of choice <div style=padding-top: 35px>
A state of nature

A) is observed
B) is under control of a decision maker
C) is known with certainty
D) is estimated using a decision model of choice
Question
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   In decision-making, luck</strong> A) often plays a role in determining whether good or bad outcomes occur B) can be quantified C) cannot be quantified D) can be ignored <div style=padding-top: 35px>
In decision-making, luck

A) often plays a role in determining whether good or bad outcomes occur
B) can be quantified
C) cannot be quantified
D) can be ignored
Question
Exhibit 14.3
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. The investor has estimated the probability of a declining economy at 70% and an expanding economy at 30%. <strong>Exhibit 14.3 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. The investor has estimated the probability of a declining economy at 70% and an expanding economy at 30%.   Refer to Exhibit 14.3. What decision should be made according to the expected regret decision rule?</strong> A) A B) B C) C D) Bank <div style=padding-top: 35px>
Refer to Exhibit 14.3. What decision should be made according to the expected regret decision rule?

A) A
B) B
C) C
D) Bank
Question
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   In decision analysis, good decisions</strong> A) always result in good outcomes B) always result in bad outcomes C) guarantee good outcomes D) may be reached when the model accounts for unforeseeable circumstances <div style=padding-top: 35px>
In decision analysis, good decisions

A) always result in good outcomes
B) always result in bad outcomes
C) guarantee good outcomes
D) may be reached when the model accounts for unforeseeable circumstances
Question
Exhibit 14.2
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. <strong>Exhibit 14.2 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem.   How are states of nature assigned probabilities?</strong> A) Use historical data. B) Use best judgement. C) Use interview results. D) All of these. <div style=padding-top: 35px>
How are states of nature assigned probabilities?

A) Use historical data.
B) Use best judgement.
C) Use interview results.
D) All of these.
Question
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Which decision rule optimistically assumes that nature will always be on our side regardless of what decision we make?</strong> A) maximax decision rule. B) maximin decision rule. C) minimax regret decision rule. D) minimin decision rule. <div style=padding-top: 35px> <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Which decision rule optimistically assumes that nature will always be on our side regardless of what decision we make?</strong> A) maximax decision rule. B) maximin decision rule. C) minimax regret decision rule. D) minimin decision rule. <div style=padding-top: 35px>
Which decision rule optimistically assumes that nature will always be "on our side" regardless of what decision we make?

A) maximax decision rule.
B) maximin decision rule.
C) minimax regret decision rule.
D) minimin decision rule.
Question
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Expected regret is also called</strong> A) EMV. B) EOL. C) EPA. D) EOQ. <div style=padding-top: 35px> <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Expected regret is also called</strong> A) EMV. B) EOL. C) EPA. D) EOQ. <div style=padding-top: 35px>
Expected regret is also called

A) EMV.
B) EOL.
C) EPA.
D) EOQ.
Question
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Decision Analysis techniques provide modeling techniques to help decision makers make decisions. Which of the following is not typically a benefit of decision analysis?</strong> A) Incorporating uncertainty via probabilities. B) Incorporating risk via utility theory functions. C) Incorporating uncertainty via exponential distributions. D) Structuring decision strategies via decision trees. <div style=padding-top: 35px> <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Decision Analysis techniques provide modeling techniques to help decision makers make decisions. Which of the following is not typically a benefit of decision analysis?</strong> A) Incorporating uncertainty via probabilities. B) Incorporating risk via utility theory functions. C) Incorporating uncertainty via exponential distributions. D) Structuring decision strategies via decision trees. <div style=padding-top: 35px>
Decision Analysis techniques provide modeling techniques to help decision makers make decisions. Which of the following is not typically a benefit of decision analysis?

A) Incorporating uncertainty via probabilities.
B) Incorporating risk via utility theory functions.
C) Incorporating uncertainty via exponential distributions.
D) Structuring decision strategies via decision trees.
Question
Exhibit 14.7
The following questions use the information below.
A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45. <strong>Exhibit 14.7 The following questions use the information below. A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45.   Refer to Exhibit 14.7. What is the decision maker's risk premium for this problem?</strong> A) −$20,000 B) −$25,900 C) $70,000 D) $80,000 <div style=padding-top: 35px>
Refer to Exhibit 14.7. What is the decision maker's risk premium for this problem?

A) −$20,000
B) −$25,900
C) $70,000
D) $80,000
Question
Exhibit 14.1
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. <strong>Exhibit 14.1 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem.   In a graphical representation of decision trees the event nodes are represented by</strong> A) squares B) circles C) solid dots D) ovals <div style=padding-top: 35px>
In a graphical representation of decision trees the event nodes are represented by

A) squares
B) circles
C) solid dots
D) ovals
Question
Exhibit 14.7
The following questions use the information below.
A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45. <strong>Exhibit 14.7 The following questions use the information below. A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45.   A fast food restaurant is considering opening a new store at one of four locations. They have developed the following multi-criteria scoring model for this problem. What location should they choose based on this information?  </strong> A) A B) B C) C D) D <div style=padding-top: 35px>
A fast food restaurant is considering opening a new store at one of four locations. They have developed the following multi-criteria scoring model for this problem. What location should they choose based on this information? <strong>Exhibit 14.7 The following questions use the information below. A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45.   A fast food restaurant is considering opening a new store at one of four locations. They have developed the following multi-criteria scoring model for this problem. What location should they choose based on this information?  </strong> A) A B) B C) C D) D <div style=padding-top: 35px>

A) A
B) B
C) C
D) D
Question
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Refer to Exhibit 14.8. The Consistency Ratio indicates consistency in the pairwise comparison matrix if the ratio is</strong> A) ≤ 0.05 B) ≤ 0.10 C) ≤ 0.20 D) ≤ 0.30 <div style=padding-top: 35px> <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Refer to Exhibit 14.8. The Consistency Ratio indicates consistency in the pairwise comparison matrix if the ratio is</strong> A) ≤ 0.05 B) ≤ 0.10 C) ≤ 0.20 D) ≤ 0.30 <div style=padding-top: 35px>
Refer to Exhibit 14.8. The Consistency Ratio indicates consistency in the pairwise comparison matrix if the ratio is

A) ≤ 0.05
B) ≤ 0.10
C) ≤ 0.20
D) ≤ 0.30
Question
Exhibit 14.7
The following questions use the information below.
A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45. <strong>Exhibit 14.7 The following questions use the information below. A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45.   The total worth, value or desirability of a decision alternative is called its</strong> A) usefulness. B) worthiness. C) utility. D) risk. <div style=padding-top: 35px>
The total worth, value or desirability of a decision alternative is called its

A) usefulness.
B) worthiness.
C) utility.
D) risk.
Question
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     The ____ correspond to future events that are not under the control of the decision maker.</strong> A) payoffs B) states of nature C) criteria D) alternatives <div style=padding-top: 35px> <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     The ____ correspond to future events that are not under the control of the decision maker.</strong> A) payoffs B) states of nature C) criteria D) alternatives <div style=padding-top: 35px>
The ____ correspond to future events that are not under the control of the decision maker.

A) payoffs
B) states of nature
C) criteria
D) alternatives
Question
Exhibit 14.7
The following questions use the information below.
A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45. <strong>Exhibit 14.7 The following questions use the information below. A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45.   What is the formula for the exponential utility function U(x)?</strong> A) −e−<sup>x/R</sup> B) 1 + e−<sup>x/R</sup> C) 1 − e<sup>x/R</sup> D) 1 − e−<sup>x/R</sup> <div style=padding-top: 35px>
What is the formula for the exponential utility function U(x)?

A) −e−x/R
B) 1 + e−x/R
C) 1 − ex/R
D) 1 − e−x/R
Question
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   Refer to Exhibit 14.5. What is the expected monetary value for the investor's problem?</strong> A) 32 B) 36 C) 38 D) 42 <div style=padding-top: 35px>
Refer to Exhibit 14.5. What is the expected monetary value for the investor's problem?

A) 32
B) 36
C) 38
D) 42
Question
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     A circular node in a decision tree is called a(n) ____ node.</strong> A) chance B) random C) decision D) event <div style=padding-top: 35px> <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     A circular node in a decision tree is called a(n) ____ node.</strong> A) chance B) random C) decision D) event <div style=padding-top: 35px>
A circular node in a decision tree is called a(n) ____ node.

A) chance
B) random
C) decision
D) event
Question
Exhibit 14.3
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. The investor has estimated the probability of a declining economy at 70% and an expanding economy at 30%. <strong>Exhibit 14.3 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. The investor has estimated the probability of a declining economy at 70% and an expanding economy at 30%.   Refer to Exhibit 14.3. What formula should go in cell F5 and copied to F6:F8 of the spreadsheet if the expected regret decision rule is to be used?</strong> A) =B$5-MAX(B$5:B$8) B) =MAX(B$5:B$8)-MAX(B5) C) =MAX(B$5:B$8)-MIN(B$5:B$8) D) =MAX(B$5:B$8)-B5 <div style=padding-top: 35px>
Refer to Exhibit 14.3. What formula should go in cell F5 and copied to F6:F8 of the spreadsheet if the expected regret decision rule is to be used?

A) =B$5-MAX(B$5:B$8)
B) =MAX(B$5:B$8)-MAX(B5)
C) =MAX(B$5:B$8)-MIN(B$5:B$8)
D) =MAX(B$5:B$8)-B5
Question
Exhibit 14.1
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. <strong>Exhibit 14.1 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem.   Refer to Exhibit 14.1. What decision should be made according to the maximin decision rule?</strong> A) A B) B C) C D) Bank <div style=padding-top: 35px>
Refer to Exhibit 14.1. What decision should be made according to the maximin decision rule?

A) A
B) B
C) C
D) Bank
Question
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     A risk averse decision maker assigns the ____ relative utility to any payoff but has a(n) ____ marginal utility for increased payoffs.</strong> A) largest; increasing B) largest; diminishing C) smallest; diminishing D) smallest; increasing <div style=padding-top: 35px> <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     A risk averse decision maker assigns the ____ relative utility to any payoff but has a(n) ____ marginal utility for increased payoffs.</strong> A) largest; increasing B) largest; diminishing C) smallest; diminishing D) smallest; increasing <div style=padding-top: 35px>
A "risk averse" decision maker assigns the ____ relative utility to any payoff but has a(n) ____ marginal utility for increased payoffs.

A) largest; increasing
B) largest; diminishing
C) smallest; diminishing
D) smallest; increasing
Question
Exhibit 14.4
The following questions are based on the information below. <strong>Exhibit 14.4 The following questions are based on the information below.   Refer to Exhibit 14.4. What is the expected value with perfect information for the investor?</strong> A) 13.5 B) 45.5 C) 59 D) 80 <div style=padding-top: 35px>
Refer to Exhibit 14.4. What is the expected value with perfect information for the investor?

A) 13.5
B) 45.5
C) 59
D) 80
Question
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Every nonprobabilistic method has a weakness for decision making. Which of the following is incorrect regarding a method and its weakness?</strong> A) The maximax method ignores potentially large losses. B) The maximin method ignores potentially large payoffs. C) The minimax regret method can lead to inconsistent decisions. D) All of these are correct. <div style=padding-top: 35px> <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Every nonprobabilistic method has a weakness for decision making. Which of the following is incorrect regarding a method and its weakness?</strong> A) The maximax method ignores potentially large losses. B) The maximin method ignores potentially large payoffs. C) The minimax regret method can lead to inconsistent decisions. D) All of these are correct. <div style=padding-top: 35px>
Every nonprobabilistic method has a weakness for decision making. Which of the following is incorrect regarding a method and its weakness?

A) The maximax method ignores potentially large losses.
B) The maximin method ignores potentially large payoffs.
C) The minimax regret method can lead to inconsistent decisions.
D) All of these are correct.
Question
Exhibit 14.7
The following questions use the information below.
A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45. <strong>Exhibit 14.7 The following questions use the information below. A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45.   Which are characteristics of decision-making under uncertainty?</strong> A) the probability of possible future events is unknown B) decision-makers must rely on probabilities in evaluating outcomes C) all process parameters have known values D) some process parameters have known values <div style=padding-top: 35px>
Which are characteristics of decision-making under uncertainty?

A) the probability of possible future events is unknown
B) decision-makers must rely on probabilities in evaluating outcomes
C) all process parameters have known values
D) some process parameters have known values
Question
Exhibit 14.1
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. <strong>Exhibit 14.1 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem.   Although modeling provides valuable insight to decision makers, decision making remains a difficult task. Which of the following is not a primary cause for this difficulty discussed in the Decision Analysis chapter?</strong> A) Uncertainty regarding the future. B) Models provide decisions for the decision maker. C) Conflicting values. D) Conflicting objectives. <div style=padding-top: 35px>
Although modeling provides valuable insight to decision makers, decision making remains a difficult task. Which of the following is not a primary cause for this difficulty discussed in the Decision Analysis chapter?

A) Uncertainty regarding the future.
B) Models provide decisions for the decision maker.
C) Conflicting values.
D) Conflicting objectives.
Question
Exhibit 14.3
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. The investor has estimated the probability of a declining economy at 70% and an expanding economy at 30%. <strong>Exhibit 14.3 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. The investor has estimated the probability of a declining economy at 70% and an expanding economy at 30%.   The decision rule which determines the minimum payoff for each alternative and then selects the alternative associated with the largest minimum payoff is the</strong> A) maximax decision rule. B) maximin decision rule. C) minimax regret decision rule. D) minimin decision rule. <div style=padding-top: 35px>
The decision rule which determines the minimum payoff for each alternative and then selects the alternative associated with the largest minimum payoff is the

A) maximax decision rule.
B) maximin decision rule.
C) minimax regret decision rule.
D) minimin decision rule.
Question
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Refer to Exhibit 14.8. What formula should go in cell F11 and get copied to F12:F13 of the Price worksheet to compute the Price Score?</strong> A) =AVERAGE(C4:C6) B) =AVERAGE(C11:E11) C) =AVERAGE(G11:G13) D) =AVERAGE(C7:E7) <div style=padding-top: 35px> <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Refer to Exhibit 14.8. What formula should go in cell F11 and get copied to F12:F13 of the Price worksheet to compute the Price Score?</strong> A) =AVERAGE(C4:C6) B) =AVERAGE(C11:E11) C) =AVERAGE(G11:G13) D) =AVERAGE(C7:E7) <div style=padding-top: 35px>
Refer to Exhibit 14.8. What formula should go in cell F11 and get copied to F12:F13 of the Price worksheet to compute the Price Score?

A) =AVERAGE(C4:C6)
B) =AVERAGE(C11:E11)
C) =AVERAGE(G11:G13)
D) =AVERAGE(C7:E7)
Question
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   A square node in a decision tree is called a(n) ____ node.</strong> A) chance B) random C) decision D) event <div style=padding-top: 35px>
A square node in a decision tree is called a(n) ____ node.

A) chance
B) random
C) decision
D) event
Question
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Refer to Exhibit 14.8. What formula should go in cell C7 and get copied to D7:E7 of the Summary worksheet to compute the Weighted Average Score?</strong> A) =SUMPRODUCT(C4:E4,$G$4:$G$6) B) =SUMPRODUCT(C4:C6,$C$5:$C$7) C) =SUMPRODUCT($G$4,$G$6) D) =SUMPRODUCT(C4:C6,$G$4:$G$6) <div style=padding-top: 35px> <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Refer to Exhibit 14.8. What formula should go in cell C7 and get copied to D7:E7 of the Summary worksheet to compute the Weighted Average Score?</strong> A) =SUMPRODUCT(C4:E4,$G$4:$G$6) B) =SUMPRODUCT(C4:C6,$C$5:$C$7) C) =SUMPRODUCT($G$4,$G$6) D) =SUMPRODUCT(C4:C6,$G$4:$G$6) <div style=padding-top: 35px>
Refer to Exhibit 14.8. What formula should go in cell C7 and get copied to D7:E7 of the Summary worksheet to compute the Weighted Average Score?

A) =SUMPRODUCT(C4:E4,$G$4:$G$6)
B) =SUMPRODUCT(C4:C6,$C$5:$C$7)
C) =SUMPRODUCT($G$4,$G$6)
D) =SUMPRODUCT(C4:C6,$G$4:$G$6)
Question
Exhibit 14.4
The following questions are based on the information below. <strong>Exhibit 14.4 The following questions are based on the information below.   Refer to Exhibit 14.4. What formula should go in cell D14 of the spreadsheet to compute the EVPI?</strong> A) MAX(D5:D8)-D12 B) D12-MIN(D5:D8) C) SUMPRODUCT(B12:C12,B10:C10)-MAX(D5:D8) D) D12-MAX(D5:D8) <div style=padding-top: 35px>
Refer to Exhibit 14.4. What formula should go in cell D14 of the spreadsheet to compute the EVPI?

A) MAX(D5:D8)-D12
B) D12-MIN(D5:D8)
C) SUMPRODUCT(B12:C12,B10:C10)-MAX(D5:D8)
D) D12-MAX(D5:D8)
Question
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   Refer to Exhibit 14.5. How high can P(E) go before the investor's decision, based on expected monetary value criteria, changes?</strong> A) 0.65 B) 0.70 C) 0.75 D) 0.80 <div style=padding-top: 35px>
Refer to Exhibit 14.5. How high can P(E) go before the investor's decision, based on expected monetary value criteria, changes?

A) 0.65
B) 0.70
C) 0.75
D) 0.80
Question
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     The minimum EOL in a decision problem will always</strong> A) exceed the EVPI. B) be less than the EVPI. C) equal the EVPI. D) equal the EMV. <div style=padding-top: 35px> <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     The minimum EOL in a decision problem will always</strong> A) exceed the EVPI. B) be less than the EVPI. C) equal the EVPI. D) equal the EMV. <div style=padding-top: 35px>
The minimum EOL in a decision problem will always

A) exceed the EVPI.
B) be less than the EVPI.
C) equal the EVPI.
D) equal the EMV.
Question
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   Which decision rule pessimistically assumes that nature will always be against us regardless of what decision we make?</strong> A) maximax decision rule. B) maximin decision rule. C) minimax regret decision rule. D) minimin decision rule. <div style=padding-top: 35px>
Which decision rule pessimistically assumes that nature will always be "against us" regardless of what decision we make?

A) maximax decision rule.
B) maximin decision rule.
C) minimax regret decision rule.
D) minimin decision rule.
Question
Exhibit 14.6
The following questions use the information below.
A company is planning a plant expansion. They can build a large or small plant. The payoffs for the plant depend on the level of consumer demand for the company's products. The company believes that there is an 69% chance that demand for their products will be high and a 31% chance that it will be low. The company can pay a market research firm to survey consumer attitudes towards the company's products. There is a 63% chance that the customers will like the products and a 37% chance that they won't. The payoff matrix and costs of the two plants are listed below. The company believes that if the survey is favorable there is a 92% chance that demand will be high for the products. If the survey is unfavorable there is only a 30% chance that the demand will be high. The following decision tree has been built for this problem. The company has computed that the expected monetary value of the best decision without sample information is 154.35 million. The company has developed the following conditional probability table for their decision problem. <strong>Exhibit 14.6 The following questions use the information below. A company is planning a plant expansion. They can build a large or small plant. The payoffs for the plant depend on the level of consumer demand for the company's products. The company believes that there is an 69% chance that demand for their products will be high and a 31% chance that it will be low. The company can pay a market research firm to survey consumer attitudes towards the company's products. There is a 63% chance that the customers will like the products and a 37% chance that they won't. The payoff matrix and costs of the two plants are listed below. The company believes that if the survey is favorable there is a 92% chance that demand will be high for the products. If the survey is unfavorable there is only a 30% chance that the demand will be high. The following decision tree has been built for this problem. The company has computed that the expected monetary value of the best decision without sample information is 154.35 million. The company has developed the following conditional probability table for their decision problem.   Refer to Exhibit 14.6. What is P(F∩H), where F = favorable response and H = high demand?</strong> A) .58 B) .63 C) .84 D) .92 <div style=padding-top: 35px>
Refer to Exhibit 14.6. What is P(F∩H), where F = favorable response and H = high demand?

A) .58
B) .63
C) .84
D) .92
Question
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   Based on the radar chart of the weighted scores provided below, which of the following interpretations is incorrect? ​   ​</strong> A) Site A wins on the Sales criteria but is last on the Location criteria. B) Site C wins on the Security criteria and scores high on the remaining three criteria. C) Site B scores lowest on each of the four criteria. D) No site dominates on each of the four criteria. <div style=padding-top: 35px>
Based on the radar chart of the weighted scores provided below, which of the following interpretations is incorrect? ​ <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   Based on the radar chart of the weighted scores provided below, which of the following interpretations is incorrect? ​   ​</strong> A) Site A wins on the Sales criteria but is last on the Location criteria. B) Site C wins on the Security criteria and scores high on the remaining three criteria. C) Site B scores lowest on each of the four criteria. D) No site dominates on each of the four criteria. <div style=padding-top: 35px>

A) Site A wins on the Sales criteria but is last on the Location criteria.
B) Site C wins on the Security criteria and scores high on the remaining three criteria.
C) Site B scores lowest on each of the four criteria.
D) No site dominates on each of the four criteria.
Question
Exhibit 14.2
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. <strong>Exhibit 14.2 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem.   Suppose that EVPI=0. This means that</strong> A) the decision problem involves no risk B) the decision problem is certain C) the payoff under risk iz zero D) the decision problem is incorrectly formulated <div style=padding-top: 35px>
Suppose that EVPI=0. This means that

A) the decision problem involves no risk
B) the decision problem is certain
C) the payoff under risk iz zero
D) the decision problem is incorrectly formulated
Question
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   Decision models are applicable when</strong> A) there are multiple alternatives B) there are multiple states of nature C) there is only one alternative D) there is only one state of nature <div style=padding-top: 35px>
Decision models are applicable when

A) there are multiple alternatives
B) there are multiple states of nature
C) there is only one alternative
D) there is only one state of nature
Question
Exhibit 14.6
The following questions use the information below.
A company is planning a plant expansion. They can build a large or small plant. The payoffs for the plant depend on the level of consumer demand for the company's products. The company believes that there is an 69% chance that demand for their products will be high and a 31% chance that it will be low. The company can pay a market research firm to survey consumer attitudes towards the company's products. There is a 63% chance that the customers will like the products and a 37% chance that they won't. The payoff matrix and costs of the two plants are listed below. The company believes that if the survey is favorable there is a 92% chance that demand will be high for the products. If the survey is unfavorable there is only a 30% chance that the demand will be high. The following decision tree has been built for this problem. The company has computed that the expected monetary value of the best decision without sample information is 154.35 million. The company has developed the following conditional probability table for their decision problem. <strong>Exhibit 14.6 The following questions use the information below. A company is planning a plant expansion. They can build a large or small plant. The payoffs for the plant depend on the level of consumer demand for the company's products. The company believes that there is an 69% chance that demand for their products will be high and a 31% chance that it will be low. The company can pay a market research firm to survey consumer attitudes towards the company's products. There is a 63% chance that the customers will like the products and a 37% chance that they won't. The payoff matrix and costs of the two plants are listed below. The company believes that if the survey is favorable there is a 92% chance that demand will be high for the products. If the survey is unfavorable there is only a 30% chance that the demand will be high. The following decision tree has been built for this problem. The company has computed that the expected monetary value of the best decision without sample information is 154.35 million. The company has developed the following conditional probability table for their decision problem.   Refer to Exhibit 14.6. What formula should go in cell C13 of the probability table?</strong> A) =C5/$D4 B) =C5/C$6 C) =C5/$D5 D) =C4/$D4 <div style=padding-top: 35px>
Refer to Exhibit 14.6. What formula should go in cell C13 of the probability table?

A) =C5/$D4
B) =C5/C$6
C) =C5/$D5
D) =C4/$D4
Question
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   The decision with the smallest expected opportunity loss (EOL) will also have the</strong> A) smallest EMV. B) largest EMV. C) smallest regret. D) largest regret. <div style=padding-top: 35px>
The decision with the smallest expected opportunity loss (EOL) will also have the

A) smallest EMV.
B) largest EMV.
C) smallest regret.
D) largest regret.
Question
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   The decision rule which selects the alternative associated with the smallest maximum opportunity loss is the</strong> A) maximax decision rule. B) maximin decision rule. C) minimax regret decision rule. D) minimin decision rule. <div style=padding-top: 35px>
The decision rule which selects the alternative associated with the smallest maximum opportunity loss is the

A) maximax decision rule.
B) maximin decision rule.
C) minimax regret decision rule.
D) minimin decision rule.
Question
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   Business decision models can be categorized as</strong> A) decision-making under uncertainty B) decision-making under risk C) decision making under certainty D) (a) and (b) only <div style=padding-top: 35px>
Business decision models can be categorized as

A) decision-making under uncertainty
B) decision-making under risk
C) decision making under certainty
D) (a) and (b) only
Question
Exhibit 14.2
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. <strong>Exhibit 14.2 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem.   Refer to Exhibit 14.2. What formula should go in cell H5 and copied to H6:H8 of the Regret Table above to implement the minimax regret decision rule?</strong> A) =MAX(MAX(F5:G5)) B) =MIN(F5:G5) C) =AVERAGE(F5:G5) D) =MAX(F5:G5) <div style=padding-top: 35px>
Refer to Exhibit 14.2. What formula should go in cell H5 and copied to H6:H8 of the Regret Table above to implement the minimax regret decision rule?

A) =MAX(MAX(F5:G5))
B) =MIN(F5:G5)
C) =AVERAGE(F5:G5)
D) =MAX(F5:G5)
Question
Exhibit 14.6
The following questions use the information below.
A company is planning a plant expansion. They can build a large or small plant. The payoffs for the plant depend on the level of consumer demand for the company's products. The company believes that there is an 69% chance that demand for their products will be high and a 31% chance that it will be low. The company can pay a market research firm to survey consumer attitudes towards the company's products. There is a 63% chance that the customers will like the products and a 37% chance that they won't. The payoff matrix and costs of the two plants are listed below. The company believes that if the survey is favorable there is a 92% chance that demand will be high for the products. If the survey is unfavorable there is only a 30% chance that the demand will be high. The following decision tree has been built for this problem. The company has computed that the expected monetary value of the best decision without sample information is 154.35 million. The company has developed the following conditional probability table for their decision problem. <strong>Exhibit 14.6 The following questions use the information below. A company is planning a plant expansion. They can build a large or small plant. The payoffs for the plant depend on the level of consumer demand for the company's products. The company believes that there is an 69% chance that demand for their products will be high and a 31% chance that it will be low. The company can pay a market research firm to survey consumer attitudes towards the company's products. There is a 63% chance that the customers will like the products and a 37% chance that they won't. The payoff matrix and costs of the two plants are listed below. The company believes that if the survey is favorable there is a 92% chance that demand will be high for the products. If the survey is unfavorable there is only a 30% chance that the demand will be high. The following decision tree has been built for this problem. The company has computed that the expected monetary value of the best decision without sample information is 154.35 million. The company has developed the following conditional probability table for their decision problem.   Which of the following summarizes the final outcome for each decision alternative?</strong> A) payoff matrix B) outcome matrix C) yield matrix D) performance matrix <div style=padding-top: 35px>
Which of the following summarizes the final outcome for each decision alternative?

A) payoff matrix
B) outcome matrix
C) yield matrix
D) performance matrix
Question
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   What is the formula for the weighted average score for alternative j when using a multi-criteria scoring model?</strong> A)   B)   C)   D)   <div style=padding-top: 35px>
What is the formula for the weighted average score for alternative j when using a multi-criteria scoring model?

A) <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   What is the formula for the weighted average score for alternative j when using a multi-criteria scoring model?</strong> A)   B)   C)   D)   <div style=padding-top: 35px>
B) <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   What is the formula for the weighted average score for alternative j when using a multi-criteria scoring model?</strong> A)   B)   C)   D)   <div style=padding-top: 35px>
C) <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   What is the formula for the weighted average score for alternative j when using a multi-criteria scoring model?</strong> A)   B)   C)   D)   <div style=padding-top: 35px>
D) <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   What is the formula for the weighted average score for alternative j when using a multi-criteria scoring model?</strong> A)   B)   C)   D)   <div style=padding-top: 35px>
Question
Exhibit 14.1
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. <strong>Exhibit 14.1 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem.   Refer to Exhibit 14.1. What decision should be made according to the maximax decision rule?</strong> A) A B) B C) C D) Bank <div style=padding-top: 35px>
Refer to Exhibit 14.1. What decision should be made according to the maximax decision rule?

A) A
B) B
C) C
D) Bank
Question
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Refer to Exhibit 14.8. Which policy should the company choose based on the Summary worksheet?</strong> A) A B) B C) C D) None of these <div style=padding-top: 35px> <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Refer to Exhibit 14.8. Which policy should the company choose based on the Summary worksheet?</strong> A) A B) B C) C D) None of these <div style=padding-top: 35px>
Refer to Exhibit 14.8. Which policy should the company choose based on the Summary worksheet?

A) A
B) B
C) C
D) None of these
Question
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     In a graphical representation of decision trees the decision nodes are represented by</strong> A) squares B) circles C) solid dots D) ovals <div style=padding-top: 35px> <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     In a graphical representation of decision trees the decision nodes are represented by</strong> A) squares B) circles C) solid dots D) ovals <div style=padding-top: 35px>
In a graphical representation of decision trees the decision nodes are represented by

A) squares
B) circles
C) solid dots
D) ovals
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Deck 14: Decision Analysis
1
The expected value of perfect information (EVPI) is equivalent to the minimum expected opportunity loss (EOL).
True
2
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   A(n) ____ is a course of action intended to solve a problem.</strong> A) decision B) criteria C) state of nature D) alternative
A(n) ____ is a course of action intended to solve a problem.

A) decision
B) criteria
C) state of nature
D) alternative
alternative
3
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     The expected monetary value criterion (EMV) is the decision-making approach used</strong> A) in decision-making under risk B) in decision-making under uncertainty C) in decision-making under certainty D) all of the above <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     The expected monetary value criterion (EMV) is the decision-making approach used</strong> A) in decision-making under risk B) in decision-making under uncertainty C) in decision-making under certainty D) all of the above
The expected monetary value criterion (EMV) is the decision-making approach used

A) in decision-making under risk
B) in decision-making under uncertainty
C) in decision-making under certainty
D) all of the above
in decision-making under risk
4
The criteria in a decision problem represent various factors that are important to the decision maker.
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5
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   Suppose that the payoffs for an alternative with three states of nature are: 10, 20, and 30. The probabilities of these states of nature are 0.2, 0.3, and 0.5, respectively. The expected payoff for the alternative is equal to</strong> A) 23 B) 30 C) 60 D) 20
Suppose that the payoffs for an alternative with three states of nature are: 10, 20, and 30. The probabilities of these states of nature are 0.2, 0.3, and 0.5, respectively. The expected payoff for the alternative is equal to

A) 23
B) 30
C) 60
D) 20
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6
A payoff matrix depicts ____ versus ____ with payoffs for each intersection cell.

A) decision criteria; states of nature.
B) decision alternatives; potential outcomes.
C) decision alternatives; states of nature.
D) decision criteria; potential outcomes.
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7
Which of the following is a goal of decision analysis?

A) Help individuals make good decisions.
B) Ensure decisions lead to good outcomes.
C) Avoiding decisions leading to bad outcomes.
D) Reduce the role of luck in a decision.
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8
Exhibit 14.3
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. The investor has estimated the probability of a declining economy at 70% and an expanding economy at 30%. <strong>Exhibit 14.3 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. The investor has estimated the probability of a declining economy at 70% and an expanding economy at 30%.   Refer to Exhibit 14.3. What decision should be made according to the expected monetary value decision rule?</strong> A) A B) B C) C D) Bank
Refer to Exhibit 14.3. What decision should be made according to the expected monetary value decision rule?

A) A
B) B
C) C
D) Bank
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9
A payoff matrix is a table that summarizes the final outcome (or regret) for each decision alternative under each possible condition.
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10
The expected monetary value decision rule selects the decision alternative with the largest expected regret.
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11
The decision rules that assume that probabilities of occurrence can be assigned to the states of nature in a decision problem are called probabilistic methods.
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12
A company is planning a plant expansion. They can build a large or small plant. The payoffs for the plant depend on the level of consumer demand for the company's products. The company believes that there is an 69% chance that demand for their products will be high and a 31% chance that it will be low. The company can pay a market research firm to survey consumer attitudes towards the company's products. There is a 63% chance that the customers will like the products and a 37% chance that they won't. The payoff matrix and costs of the two plants are listed below. The company believes that if the survey is favorable there is a 92% chance that demand will be high for the products. If the survey is unfavorable there is only a 30% chance that the demand will be high. The following decision tree has been built for this problem. The company has computed that the expected monetary value of the best decision without sample information is 154.35 million. What is the EVSI for this problem (in $ million)? <strong>A company is planning a plant expansion. They can build a large or small plant. The payoffs for the plant depend on the level of consumer demand for the company's products. The company believes that there is an 69% chance that demand for their products will be high and a 31% chance that it will be low. The company can pay a market research firm to survey consumer attitudes towards the company's products. There is a 63% chance that the customers will like the products and a 37% chance that they won't. The payoff matrix and costs of the two plants are listed below. The company believes that if the survey is favorable there is a 92% chance that demand will be high for the products. If the survey is unfavorable there is only a 30% chance that the demand will be high. The following decision tree has been built for this problem. The company has computed that the expected monetary value of the best decision without sample information is 154.35 million. What is the EVSI for this problem (in $ million)? <sub> </sub>   <sub> </sub>  </strong> A) 0.07 B) 26.38 C) 109.5 D) 180.8 <strong>A company is planning a plant expansion. They can build a large or small plant. The payoffs for the plant depend on the level of consumer demand for the company's products. The company believes that there is an 69% chance that demand for their products will be high and a 31% chance that it will be low. The company can pay a market research firm to survey consumer attitudes towards the company's products. There is a 63% chance that the customers will like the products and a 37% chance that they won't. The payoff matrix and costs of the two plants are listed below. The company believes that if the survey is favorable there is a 92% chance that demand will be high for the products. If the survey is unfavorable there is only a 30% chance that the demand will be high. The following decision tree has been built for this problem. The company has computed that the expected monetary value of the best decision without sample information is 154.35 million. What is the EVSI for this problem (in $ million)? <sub> </sub>   <sub> </sub>  </strong> A) 0.07 B) 26.38 C) 109.5 D) 180.8

A) 0.07
B) 26.38
C) 109.5
D) 180.8
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13
An analyst can apply a process known as rolling back to a decision tree to determine the decision with the largest EMV.
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14
One of the primary advantages in decision making is that we usually know which state of nature will occur.
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15
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   Refer to Exhibit 14.5. What is the correct decision for this investor based on an expected monetary value criterion?</strong> A) A B) B C) C D) D
Refer to Exhibit 14.5. What is the correct decision for this investor based on an expected monetary value criterion?

A) A
B) B
C) C
D) D
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16
The scores in a scoring model range from

A) 0 to 1
B) −1 to +1
C) 0 to 5
D) 0 to 10
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17
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   The ____ in a decision problem represent factors that are important to the decision maker.</strong> A) payoffs B) states of nature C) criteria D) alternatives
The ____ in a decision problem represent factors that are important to the decision maker.

A) payoffs
B) states of nature
C) criteria
D) alternatives
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18
Exhibit 14.4
The following questions are based on the information below. <strong>Exhibit 14.4 The following questions are based on the information below.   Refer to Exhibit 14.4. What is the expected value of perfect information for the investor?</strong> A) 13.5 B) 20 C) 45.5 D) 59
Refer to Exhibit 14.4. What is the expected value of perfect information for the investor?

A) 13.5
B) 20
C) 45.5
D) 59
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19
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Refer to Exhibit 14.8. What formula should go in cell G15 of the Price worksheet to compute the Consistency Ratio?</strong> A) =AVERAGE(G11:G13)-3)/(2*0.58) B) =AVERAGE(G11:G13)-3) C) =AVERAGE(G11:G13))/(2*0.58) D) =AVERAGE(G11:G13)-3)/0.58 <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Refer to Exhibit 14.8. What formula should go in cell G15 of the Price worksheet to compute the Consistency Ratio?</strong> A) =AVERAGE(G11:G13)-3)/(2*0.58) B) =AVERAGE(G11:G13)-3) C) =AVERAGE(G11:G13))/(2*0.58) D) =AVERAGE(G11:G13)-3)/0.58
Refer to Exhibit 14.8. What formula should go in cell G15 of the Price worksheet to compute the Consistency Ratio?

A) =AVERAGE(G11:G13)-3)/(2*0.58)
B) =AVERAGE(G11:G13)-3)
C) =AVERAGE(G11:G13))/(2*0.58)
D) =AVERAGE(G11:G13)-3)/0.58
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20
Under maximin rule a decision maker hedges against the worst possible outcome of a decision.
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21
Exhibit 14.2
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. <strong>Exhibit 14.2 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem.   Sensitivity analysis is most useful in</strong> A) decision-making under risk B) decision-making under uncertainty C) decision-making under certainty D) all of the above
Sensitivity analysis is most useful in

A) decision-making under risk
B) decision-making under uncertainty
C) decision-making under certainty
D) all of the above
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22
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   The scores in a scoring model can be thought of as subjective assessments of</strong> A) usefulness. B) worthiness. C) utility. D) payoff.
The scores in a scoring model can be thought of as subjective assessments of

A) usefulness.
B) worthiness.
C) utility.
D) payoff.
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23
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     The decision rule which determines the maximum payoff for each alternative and then selects the alternative associated with the largest payoff is the</strong> A) maximax decision rule. B) maximin decision rule. C) minimax regret decision rule. D) minimin decision rule. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     The decision rule which determines the maximum payoff for each alternative and then selects the alternative associated with the largest payoff is the</strong> A) maximax decision rule. B) maximin decision rule. C) minimax regret decision rule. D) minimin decision rule.
The decision rule which determines the maximum payoff for each alternative and then selects the alternative associated with the largest payoff is the

A) maximax decision rule.
B) maximin decision rule.
C) minimax regret decision rule.
D) minimin decision rule.
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24
Exhibit 14.1
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. <strong>Exhibit 14.1 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem.   Refer to Exhibit 14.1. What decision should be made according to the minimax regret decision rule?</strong> A) A B) B C) C D) Bank
Refer to Exhibit 14.1. What decision should be made according to the minimax regret decision rule?

A) A
B) B
C) C
D) Bank
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25
Exhibit 14.2
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. <strong>Exhibit 14.2 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem.   Refer to Exhibit 14.2. What formula should go in cell F5 of the Regret Matrix above to compute the regret value?</strong> A) =B$5-MAX(B$5:B$8) B) =MAX(B$5:B$8)-MAX(B5) C) =MAX(B$5:B$8)-MIN(B$5:B$8) D) =MAX(B$5:B$8)-B5
Refer to Exhibit 14.2. What formula should go in cell F5 of the Regret Matrix above to compute the regret value?

A) =B$5-MAX(B$5:B$8)
B) =MAX(B$5:B$8)-MAX(B5)
C) =MAX(B$5:B$8)-MIN(B$5:B$8)
D) =MAX(B$5:B$8)-B5
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26
Exhibit 14.2
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. <strong>Exhibit 14.2 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem.   A course of action intended to solve a problem is called a(n)</strong> A) alternative. B) option. C) decision. D) criteria.
A course of action intended to solve a problem is called a(n)

A) alternative.
B) option.
C) decision.
D) criteria.
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27
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   An alternative</strong> A) is a course of action intended to solve a problem B) is always feasible C) is never feasible D) is realistic
An alternative

A) is a course of action intended to solve a problem
B) is always feasible
C) is never feasible
D) is realistic
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28
Exhibit 14.1
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. <strong>Exhibit 14.1 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem.   Refer to Exhibit 14.1. What formula should go in cell D5 to implement the maximax decision rule?</strong> A) =MAX(MAX(B5:C5)) B) =MIN(B5:C5) C) =AVERAGE(B5:C5) D) =MAX(B5:C5)
Refer to Exhibit 14.1. What formula should go in cell D5 to implement the maximax decision rule?

A) =MAX(MAX(B5:C5))
B) =MIN(B5:C5)
C) =AVERAGE(B5:C5)
D) =MAX(B5:C5)
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29
Exhibit 14.7
The following questions use the information below.
A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45. <strong>Exhibit 14.7 The following questions use the information below. A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45.   The category of decision rules that contains the maximax decision rule is the</strong> A) optimistic category. B) non-probabilistic category. C) probabilistic category. D) optimality category.
The category of decision rules that contains the maximax decision rule is the

A) optimistic category.
B) non-probabilistic category.
C) probabilistic category.
D) optimality category.
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30
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Refer to Exhibit 14.8. What formula should go in cell G11 and get copied to G12:G13 of the Price worksheet to compute the Consistency Measure?</strong> A) =MMULT(C4:E4,$F$11:$F$13) B) =SUMPRODUCT(C4:E4,$F$11:$F$13)/F11 C) =MMULT(C4:E4,$F$11:$F$13)/F11 D) =MMULT(C7:E7,$F$11:$F$13)/F11 <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Refer to Exhibit 14.8. What formula should go in cell G11 and get copied to G12:G13 of the Price worksheet to compute the Consistency Measure?</strong> A) =MMULT(C4:E4,$F$11:$F$13) B) =SUMPRODUCT(C4:E4,$F$11:$F$13)/F11 C) =MMULT(C4:E4,$F$11:$F$13)/F11 D) =MMULT(C7:E7,$F$11:$F$13)/F11
Refer to Exhibit 14.8. What formula should go in cell G11 and get copied to G12:G13 of the Price worksheet to compute the Consistency Measure?

A) =MMULT(C4:E4,$F$11:$F$13)
B) =SUMPRODUCT(C4:E4,$F$11:$F$13)/F11
C) =MMULT(C4:E4,$F$11:$F$13)/F11
D) =MMULT(C7:E7,$F$11:$F$13)/F11
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31
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Based on the radar chart of raw scores provided below, why is this decision complex? ​   ​</strong> A) The chart is hard to read. B) No site wins on all four criteria. C) No site achieves a perfect score of 1.0 on a criteria. D) No sites have sufficient security. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Based on the radar chart of raw scores provided below, why is this decision complex? ​   ​</strong> A) The chart is hard to read. B) No site wins on all four criteria. C) No site achieves a perfect score of 1.0 on a criteria. D) No sites have sufficient security.
Based on the radar chart of raw scores provided below, why is this decision complex? ​ <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Based on the radar chart of raw scores provided below, why is this decision complex? ​   ​</strong> A) The chart is hard to read. B) No site wins on all four criteria. C) No site achieves a perfect score of 1.0 on a criteria. D) No sites have sufficient security.

A) The chart is hard to read.
B) No site wins on all four criteria.
C) No site achieves a perfect score of 1.0 on a criteria.
D) No sites have sufficient security.
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32
Exhibit 14.2
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. <strong>Exhibit 14.2 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem.   The amount of opportunity lost in making a decision is called</strong> A) loss. B) frustration. C) negative profit. D) regret.
The amount of opportunity lost in making a decision is called

A) loss.
B) frustration.
C) negative profit.
D) regret.
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33
Exhibit 14.7
The following questions use the information below.
A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45. <strong>Exhibit 14.7 The following questions use the information below. A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45.   Refer to Exhibit 14.7. What is the decision maker's certainty equivalent for this problem?</strong> A) −$15,000 B) $84,000 C) $56,100 D) $82,000
Refer to Exhibit 14.7. What is the decision maker's certainty equivalent for this problem?

A) −$15,000
B) $84,000
C) $56,100
D) $82,000
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34
Exhibit 14.7
The following questions use the information below.
A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45. <strong>Exhibit 14.7 The following questions use the information below. A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45.   The maximin approach to decision-making</strong> A) maximizes the minimum return B) maximizes the maximum return C) maximizes the minimum regret D) minimizes the minimum regret
The maximin approach to decision-making

A) maximizes the minimum return
B) maximizes the maximum return
C) maximizes the minimum regret
D) minimizes the minimum regret
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35
Exhibit 14.7
The following questions use the information below.
A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45. <strong>Exhibit 14.7 The following questions use the information below. A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45.   A state of nature</strong> A) is observed B) is under control of a decision maker C) is known with certainty D) is estimated using a decision model of choice
A state of nature

A) is observed
B) is under control of a decision maker
C) is known with certainty
D) is estimated using a decision model of choice
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36
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   In decision-making, luck</strong> A) often plays a role in determining whether good or bad outcomes occur B) can be quantified C) cannot be quantified D) can be ignored
In decision-making, luck

A) often plays a role in determining whether good or bad outcomes occur
B) can be quantified
C) cannot be quantified
D) can be ignored
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37
Exhibit 14.3
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. The investor has estimated the probability of a declining economy at 70% and an expanding economy at 30%. <strong>Exhibit 14.3 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. The investor has estimated the probability of a declining economy at 70% and an expanding economy at 30%.   Refer to Exhibit 14.3. What decision should be made according to the expected regret decision rule?</strong> A) A B) B C) C D) Bank
Refer to Exhibit 14.3. What decision should be made according to the expected regret decision rule?

A) A
B) B
C) C
D) Bank
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38
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   In decision analysis, good decisions</strong> A) always result in good outcomes B) always result in bad outcomes C) guarantee good outcomes D) may be reached when the model accounts for unforeseeable circumstances
In decision analysis, good decisions

A) always result in good outcomes
B) always result in bad outcomes
C) guarantee good outcomes
D) may be reached when the model accounts for unforeseeable circumstances
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39
Exhibit 14.2
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. <strong>Exhibit 14.2 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem.   How are states of nature assigned probabilities?</strong> A) Use historical data. B) Use best judgement. C) Use interview results. D) All of these.
How are states of nature assigned probabilities?

A) Use historical data.
B) Use best judgement.
C) Use interview results.
D) All of these.
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40
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Which decision rule optimistically assumes that nature will always be on our side regardless of what decision we make?</strong> A) maximax decision rule. B) maximin decision rule. C) minimax regret decision rule. D) minimin decision rule. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Which decision rule optimistically assumes that nature will always be on our side regardless of what decision we make?</strong> A) maximax decision rule. B) maximin decision rule. C) minimax regret decision rule. D) minimin decision rule.
Which decision rule optimistically assumes that nature will always be "on our side" regardless of what decision we make?

A) maximax decision rule.
B) maximin decision rule.
C) minimax regret decision rule.
D) minimin decision rule.
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41
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Expected regret is also called</strong> A) EMV. B) EOL. C) EPA. D) EOQ. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Expected regret is also called</strong> A) EMV. B) EOL. C) EPA. D) EOQ.
Expected regret is also called

A) EMV.
B) EOL.
C) EPA.
D) EOQ.
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42
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Decision Analysis techniques provide modeling techniques to help decision makers make decisions. Which of the following is not typically a benefit of decision analysis?</strong> A) Incorporating uncertainty via probabilities. B) Incorporating risk via utility theory functions. C) Incorporating uncertainty via exponential distributions. D) Structuring decision strategies via decision trees. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Decision Analysis techniques provide modeling techniques to help decision makers make decisions. Which of the following is not typically a benefit of decision analysis?</strong> A) Incorporating uncertainty via probabilities. B) Incorporating risk via utility theory functions. C) Incorporating uncertainty via exponential distributions. D) Structuring decision strategies via decision trees.
Decision Analysis techniques provide modeling techniques to help decision makers make decisions. Which of the following is not typically a benefit of decision analysis?

A) Incorporating uncertainty via probabilities.
B) Incorporating risk via utility theory functions.
C) Incorporating uncertainty via exponential distributions.
D) Structuring decision strategies via decision trees.
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43
Exhibit 14.7
The following questions use the information below.
A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45. <strong>Exhibit 14.7 The following questions use the information below. A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45.   Refer to Exhibit 14.7. What is the decision maker's risk premium for this problem?</strong> A) −$20,000 B) −$25,900 C) $70,000 D) $80,000
Refer to Exhibit 14.7. What is the decision maker's risk premium for this problem?

A) −$20,000
B) −$25,900
C) $70,000
D) $80,000
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44
Exhibit 14.1
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. <strong>Exhibit 14.1 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem.   In a graphical representation of decision trees the event nodes are represented by</strong> A) squares B) circles C) solid dots D) ovals
In a graphical representation of decision trees the event nodes are represented by

A) squares
B) circles
C) solid dots
D) ovals
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45
Exhibit 14.7
The following questions use the information below.
A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45. <strong>Exhibit 14.7 The following questions use the information below. A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45.   A fast food restaurant is considering opening a new store at one of four locations. They have developed the following multi-criteria scoring model for this problem. What location should they choose based on this information?  </strong> A) A B) B C) C D) D
A fast food restaurant is considering opening a new store at one of four locations. They have developed the following multi-criteria scoring model for this problem. What location should they choose based on this information? <strong>Exhibit 14.7 The following questions use the information below. A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45.   A fast food restaurant is considering opening a new store at one of four locations. They have developed the following multi-criteria scoring model for this problem. What location should they choose based on this information?  </strong> A) A B) B C) C D) D

A) A
B) B
C) C
D) D
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46
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Refer to Exhibit 14.8. The Consistency Ratio indicates consistency in the pairwise comparison matrix if the ratio is</strong> A) ≤ 0.05 B) ≤ 0.10 C) ≤ 0.20 D) ≤ 0.30 <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Refer to Exhibit 14.8. The Consistency Ratio indicates consistency in the pairwise comparison matrix if the ratio is</strong> A) ≤ 0.05 B) ≤ 0.10 C) ≤ 0.20 D) ≤ 0.30
Refer to Exhibit 14.8. The Consistency Ratio indicates consistency in the pairwise comparison matrix if the ratio is

A) ≤ 0.05
B) ≤ 0.10
C) ≤ 0.20
D) ≤ 0.30
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47
Exhibit 14.7
The following questions use the information below.
A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45. <strong>Exhibit 14.7 The following questions use the information below. A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45.   The total worth, value or desirability of a decision alternative is called its</strong> A) usefulness. B) worthiness. C) utility. D) risk.
The total worth, value or desirability of a decision alternative is called its

A) usefulness.
B) worthiness.
C) utility.
D) risk.
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48
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     The ____ correspond to future events that are not under the control of the decision maker.</strong> A) payoffs B) states of nature C) criteria D) alternatives <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     The ____ correspond to future events that are not under the control of the decision maker.</strong> A) payoffs B) states of nature C) criteria D) alternatives
The ____ correspond to future events that are not under the control of the decision maker.

A) payoffs
B) states of nature
C) criteria
D) alternatives
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49
Exhibit 14.7
The following questions use the information below.
A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45. <strong>Exhibit 14.7 The following questions use the information below. A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45.   What is the formula for the exponential utility function U(x)?</strong> A) −e−<sup>x/R</sup> B) 1 + e−<sup>x/R</sup> C) 1 − e<sup>x/R</sup> D) 1 − e−<sup>x/R</sup>
What is the formula for the exponential utility function U(x)?

A) −e−x/R
B) 1 + e−x/R
C) 1 − ex/R
D) 1 − e−x/R
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50
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   Refer to Exhibit 14.5. What is the expected monetary value for the investor's problem?</strong> A) 32 B) 36 C) 38 D) 42
Refer to Exhibit 14.5. What is the expected monetary value for the investor's problem?

A) 32
B) 36
C) 38
D) 42
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51
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     A circular node in a decision tree is called a(n) ____ node.</strong> A) chance B) random C) decision D) event <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     A circular node in a decision tree is called a(n) ____ node.</strong> A) chance B) random C) decision D) event
A circular node in a decision tree is called a(n) ____ node.

A) chance
B) random
C) decision
D) event
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52
Exhibit 14.3
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. The investor has estimated the probability of a declining economy at 70% and an expanding economy at 30%. <strong>Exhibit 14.3 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. The investor has estimated the probability of a declining economy at 70% and an expanding economy at 30%.   Refer to Exhibit 14.3. What formula should go in cell F5 and copied to F6:F8 of the spreadsheet if the expected regret decision rule is to be used?</strong> A) =B$5-MAX(B$5:B$8) B) =MAX(B$5:B$8)-MAX(B5) C) =MAX(B$5:B$8)-MIN(B$5:B$8) D) =MAX(B$5:B$8)-B5
Refer to Exhibit 14.3. What formula should go in cell F5 and copied to F6:F8 of the spreadsheet if the expected regret decision rule is to be used?

A) =B$5-MAX(B$5:B$8)
B) =MAX(B$5:B$8)-MAX(B5)
C) =MAX(B$5:B$8)-MIN(B$5:B$8)
D) =MAX(B$5:B$8)-B5
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53
Exhibit 14.1
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. <strong>Exhibit 14.1 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem.   Refer to Exhibit 14.1. What decision should be made according to the maximin decision rule?</strong> A) A B) B C) C D) Bank
Refer to Exhibit 14.1. What decision should be made according to the maximin decision rule?

A) A
B) B
C) C
D) Bank
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54
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     A risk averse decision maker assigns the ____ relative utility to any payoff but has a(n) ____ marginal utility for increased payoffs.</strong> A) largest; increasing B) largest; diminishing C) smallest; diminishing D) smallest; increasing <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     A risk averse decision maker assigns the ____ relative utility to any payoff but has a(n) ____ marginal utility for increased payoffs.</strong> A) largest; increasing B) largest; diminishing C) smallest; diminishing D) smallest; increasing
A "risk averse" decision maker assigns the ____ relative utility to any payoff but has a(n) ____ marginal utility for increased payoffs.

A) largest; increasing
B) largest; diminishing
C) smallest; diminishing
D) smallest; increasing
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55
Exhibit 14.4
The following questions are based on the information below. <strong>Exhibit 14.4 The following questions are based on the information below.   Refer to Exhibit 14.4. What is the expected value with perfect information for the investor?</strong> A) 13.5 B) 45.5 C) 59 D) 80
Refer to Exhibit 14.4. What is the expected value with perfect information for the investor?

A) 13.5
B) 45.5
C) 59
D) 80
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56
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Every nonprobabilistic method has a weakness for decision making. Which of the following is incorrect regarding a method and its weakness?</strong> A) The maximax method ignores potentially large losses. B) The maximin method ignores potentially large payoffs. C) The minimax regret method can lead to inconsistent decisions. D) All of these are correct. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Every nonprobabilistic method has a weakness for decision making. Which of the following is incorrect regarding a method and its weakness?</strong> A) The maximax method ignores potentially large losses. B) The maximin method ignores potentially large payoffs. C) The minimax regret method can lead to inconsistent decisions. D) All of these are correct.
Every nonprobabilistic method has a weakness for decision making. Which of the following is incorrect regarding a method and its weakness?

A) The maximax method ignores potentially large losses.
B) The maximin method ignores potentially large payoffs.
C) The minimax regret method can lead to inconsistent decisions.
D) All of these are correct.
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57
Exhibit 14.7
The following questions use the information below.
A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45. <strong>Exhibit 14.7 The following questions use the information below. A decision maker is faced with two alternatives. The decision maker has determined that she is indifferent between the two alternatives when p = 0.45.   Which are characteristics of decision-making under uncertainty?</strong> A) the probability of possible future events is unknown B) decision-makers must rely on probabilities in evaluating outcomes C) all process parameters have known values D) some process parameters have known values
Which are characteristics of decision-making under uncertainty?

A) the probability of possible future events is unknown
B) decision-makers must rely on probabilities in evaluating outcomes
C) all process parameters have known values
D) some process parameters have known values
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58
Exhibit 14.1
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. <strong>Exhibit 14.1 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem.   Although modeling provides valuable insight to decision makers, decision making remains a difficult task. Which of the following is not a primary cause for this difficulty discussed in the Decision Analysis chapter?</strong> A) Uncertainty regarding the future. B) Models provide decisions for the decision maker. C) Conflicting values. D) Conflicting objectives.
Although modeling provides valuable insight to decision makers, decision making remains a difficult task. Which of the following is not a primary cause for this difficulty discussed in the Decision Analysis chapter?

A) Uncertainty regarding the future.
B) Models provide decisions for the decision maker.
C) Conflicting values.
D) Conflicting objectives.
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59
Exhibit 14.3
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. The investor has estimated the probability of a declining economy at 70% and an expanding economy at 30%. <strong>Exhibit 14.3 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. The investor has estimated the probability of a declining economy at 70% and an expanding economy at 30%.   The decision rule which determines the minimum payoff for each alternative and then selects the alternative associated with the largest minimum payoff is the</strong> A) maximax decision rule. B) maximin decision rule. C) minimax regret decision rule. D) minimin decision rule.
The decision rule which determines the minimum payoff for each alternative and then selects the alternative associated with the largest minimum payoff is the

A) maximax decision rule.
B) maximin decision rule.
C) minimax regret decision rule.
D) minimin decision rule.
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60
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Refer to Exhibit 14.8. What formula should go in cell F11 and get copied to F12:F13 of the Price worksheet to compute the Price Score?</strong> A) =AVERAGE(C4:C6) B) =AVERAGE(C11:E11) C) =AVERAGE(G11:G13) D) =AVERAGE(C7:E7) <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Refer to Exhibit 14.8. What formula should go in cell F11 and get copied to F12:F13 of the Price worksheet to compute the Price Score?</strong> A) =AVERAGE(C4:C6) B) =AVERAGE(C11:E11) C) =AVERAGE(G11:G13) D) =AVERAGE(C7:E7)
Refer to Exhibit 14.8. What formula should go in cell F11 and get copied to F12:F13 of the Price worksheet to compute the Price Score?

A) =AVERAGE(C4:C6)
B) =AVERAGE(C11:E11)
C) =AVERAGE(G11:G13)
D) =AVERAGE(C7:E7)
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61
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   A square node in a decision tree is called a(n) ____ node.</strong> A) chance B) random C) decision D) event
A square node in a decision tree is called a(n) ____ node.

A) chance
B) random
C) decision
D) event
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62
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Refer to Exhibit 14.8. What formula should go in cell C7 and get copied to D7:E7 of the Summary worksheet to compute the Weighted Average Score?</strong> A) =SUMPRODUCT(C4:E4,$G$4:$G$6) B) =SUMPRODUCT(C4:C6,$C$5:$C$7) C) =SUMPRODUCT($G$4,$G$6) D) =SUMPRODUCT(C4:C6,$G$4:$G$6) <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Refer to Exhibit 14.8. What formula should go in cell C7 and get copied to D7:E7 of the Summary worksheet to compute the Weighted Average Score?</strong> A) =SUMPRODUCT(C4:E4,$G$4:$G$6) B) =SUMPRODUCT(C4:C6,$C$5:$C$7) C) =SUMPRODUCT($G$4,$G$6) D) =SUMPRODUCT(C4:C6,$G$4:$G$6)
Refer to Exhibit 14.8. What formula should go in cell C7 and get copied to D7:E7 of the Summary worksheet to compute the Weighted Average Score?

A) =SUMPRODUCT(C4:E4,$G$4:$G$6)
B) =SUMPRODUCT(C4:C6,$C$5:$C$7)
C) =SUMPRODUCT($G$4,$G$6)
D) =SUMPRODUCT(C4:C6,$G$4:$G$6)
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63
Exhibit 14.4
The following questions are based on the information below. <strong>Exhibit 14.4 The following questions are based on the information below.   Refer to Exhibit 14.4. What formula should go in cell D14 of the spreadsheet to compute the EVPI?</strong> A) MAX(D5:D8)-D12 B) D12-MIN(D5:D8) C) SUMPRODUCT(B12:C12,B10:C10)-MAX(D5:D8) D) D12-MAX(D5:D8)
Refer to Exhibit 14.4. What formula should go in cell D14 of the spreadsheet to compute the EVPI?

A) MAX(D5:D8)-D12
B) D12-MIN(D5:D8)
C) SUMPRODUCT(B12:C12,B10:C10)-MAX(D5:D8)
D) D12-MAX(D5:D8)
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64
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   Refer to Exhibit 14.5. How high can P(E) go before the investor's decision, based on expected monetary value criteria, changes?</strong> A) 0.65 B) 0.70 C) 0.75 D) 0.80
Refer to Exhibit 14.5. How high can P(E) go before the investor's decision, based on expected monetary value criteria, changes?

A) 0.65
B) 0.70
C) 0.75
D) 0.80
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65
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     The minimum EOL in a decision problem will always</strong> A) exceed the EVPI. B) be less than the EVPI. C) equal the EVPI. D) equal the EMV. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     The minimum EOL in a decision problem will always</strong> A) exceed the EVPI. B) be less than the EVPI. C) equal the EVPI. D) equal the EMV.
The minimum EOL in a decision problem will always

A) exceed the EVPI.
B) be less than the EVPI.
C) equal the EVPI.
D) equal the EMV.
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66
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   Which decision rule pessimistically assumes that nature will always be against us regardless of what decision we make?</strong> A) maximax decision rule. B) maximin decision rule. C) minimax regret decision rule. D) minimin decision rule.
Which decision rule pessimistically assumes that nature will always be "against us" regardless of what decision we make?

A) maximax decision rule.
B) maximin decision rule.
C) minimax regret decision rule.
D) minimin decision rule.
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67
Exhibit 14.6
The following questions use the information below.
A company is planning a plant expansion. They can build a large or small plant. The payoffs for the plant depend on the level of consumer demand for the company's products. The company believes that there is an 69% chance that demand for their products will be high and a 31% chance that it will be low. The company can pay a market research firm to survey consumer attitudes towards the company's products. There is a 63% chance that the customers will like the products and a 37% chance that they won't. The payoff matrix and costs of the two plants are listed below. The company believes that if the survey is favorable there is a 92% chance that demand will be high for the products. If the survey is unfavorable there is only a 30% chance that the demand will be high. The following decision tree has been built for this problem. The company has computed that the expected monetary value of the best decision without sample information is 154.35 million. The company has developed the following conditional probability table for their decision problem. <strong>Exhibit 14.6 The following questions use the information below. A company is planning a plant expansion. They can build a large or small plant. The payoffs for the plant depend on the level of consumer demand for the company's products. The company believes that there is an 69% chance that demand for their products will be high and a 31% chance that it will be low. The company can pay a market research firm to survey consumer attitudes towards the company's products. There is a 63% chance that the customers will like the products and a 37% chance that they won't. The payoff matrix and costs of the two plants are listed below. The company believes that if the survey is favorable there is a 92% chance that demand will be high for the products. If the survey is unfavorable there is only a 30% chance that the demand will be high. The following decision tree has been built for this problem. The company has computed that the expected monetary value of the best decision without sample information is 154.35 million. The company has developed the following conditional probability table for their decision problem.   Refer to Exhibit 14.6. What is P(F∩H), where F = favorable response and H = high demand?</strong> A) .58 B) .63 C) .84 D) .92
Refer to Exhibit 14.6. What is P(F∩H), where F = favorable response and H = high demand?

A) .58
B) .63
C) .84
D) .92
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68
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   Based on the radar chart of the weighted scores provided below, which of the following interpretations is incorrect? ​   ​</strong> A) Site A wins on the Sales criteria but is last on the Location criteria. B) Site C wins on the Security criteria and scores high on the remaining three criteria. C) Site B scores lowest on each of the four criteria. D) No site dominates on each of the four criteria.
Based on the radar chart of the weighted scores provided below, which of the following interpretations is incorrect? ​ <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   Based on the radar chart of the weighted scores provided below, which of the following interpretations is incorrect? ​   ​</strong> A) Site A wins on the Sales criteria but is last on the Location criteria. B) Site C wins on the Security criteria and scores high on the remaining three criteria. C) Site B scores lowest on each of the four criteria. D) No site dominates on each of the four criteria.

A) Site A wins on the Sales criteria but is last on the Location criteria.
B) Site C wins on the Security criteria and scores high on the remaining three criteria.
C) Site B scores lowest on each of the four criteria.
D) No site dominates on each of the four criteria.
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69
Exhibit 14.2
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. <strong>Exhibit 14.2 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem.   Suppose that EVPI=0. This means that</strong> A) the decision problem involves no risk B) the decision problem is certain C) the payoff under risk iz zero D) the decision problem is incorrectly formulated
Suppose that EVPI=0. This means that

A) the decision problem involves no risk
B) the decision problem is certain
C) the payoff under risk iz zero
D) the decision problem is incorrectly formulated
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70
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   Decision models are applicable when</strong> A) there are multiple alternatives B) there are multiple states of nature C) there is only one alternative D) there is only one state of nature
Decision models are applicable when

A) there are multiple alternatives
B) there are multiple states of nature
C) there is only one alternative
D) there is only one state of nature
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71
Exhibit 14.6
The following questions use the information below.
A company is planning a plant expansion. They can build a large or small plant. The payoffs for the plant depend on the level of consumer demand for the company's products. The company believes that there is an 69% chance that demand for their products will be high and a 31% chance that it will be low. The company can pay a market research firm to survey consumer attitudes towards the company's products. There is a 63% chance that the customers will like the products and a 37% chance that they won't. The payoff matrix and costs of the two plants are listed below. The company believes that if the survey is favorable there is a 92% chance that demand will be high for the products. If the survey is unfavorable there is only a 30% chance that the demand will be high. The following decision tree has been built for this problem. The company has computed that the expected monetary value of the best decision without sample information is 154.35 million. The company has developed the following conditional probability table for their decision problem. <strong>Exhibit 14.6 The following questions use the information below. A company is planning a plant expansion. They can build a large or small plant. The payoffs for the plant depend on the level of consumer demand for the company's products. The company believes that there is an 69% chance that demand for their products will be high and a 31% chance that it will be low. The company can pay a market research firm to survey consumer attitudes towards the company's products. There is a 63% chance that the customers will like the products and a 37% chance that they won't. The payoff matrix and costs of the two plants are listed below. The company believes that if the survey is favorable there is a 92% chance that demand will be high for the products. If the survey is unfavorable there is only a 30% chance that the demand will be high. The following decision tree has been built for this problem. The company has computed that the expected monetary value of the best decision without sample information is 154.35 million. The company has developed the following conditional probability table for their decision problem.   Refer to Exhibit 14.6. What formula should go in cell C13 of the probability table?</strong> A) =C5/$D4 B) =C5/C$6 C) =C5/$D5 D) =C4/$D4
Refer to Exhibit 14.6. What formula should go in cell C13 of the probability table?

A) =C5/$D4
B) =C5/C$6
C) =C5/$D5
D) =C4/$D4
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72
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   The decision with the smallest expected opportunity loss (EOL) will also have the</strong> A) smallest EMV. B) largest EMV. C) smallest regret. D) largest regret.
The decision with the smallest expected opportunity loss (EOL) will also have the

A) smallest EMV.
B) largest EMV.
C) smallest regret.
D) largest regret.
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73
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   The decision rule which selects the alternative associated with the smallest maximum opportunity loss is the</strong> A) maximax decision rule. B) maximin decision rule. C) minimax regret decision rule. D) minimin decision rule.
The decision rule which selects the alternative associated with the smallest maximum opportunity loss is the

A) maximax decision rule.
B) maximin decision rule.
C) minimax regret decision rule.
D) minimin decision rule.
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74
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   Business decision models can be categorized as</strong> A) decision-making under uncertainty B) decision-making under risk C) decision making under certainty D) (a) and (b) only
Business decision models can be categorized as

A) decision-making under uncertainty
B) decision-making under risk
C) decision making under certainty
D) (a) and (b) only
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75
Exhibit 14.2
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. <strong>Exhibit 14.2 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem.   Refer to Exhibit 14.2. What formula should go in cell H5 and copied to H6:H8 of the Regret Table above to implement the minimax regret decision rule?</strong> A) =MAX(MAX(F5:G5)) B) =MIN(F5:G5) C) =AVERAGE(F5:G5) D) =MAX(F5:G5)
Refer to Exhibit 14.2. What formula should go in cell H5 and copied to H6:H8 of the Regret Table above to implement the minimax regret decision rule?

A) =MAX(MAX(F5:G5))
B) =MIN(F5:G5)
C) =AVERAGE(F5:G5)
D) =MAX(F5:G5)
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76
Exhibit 14.6
The following questions use the information below.
A company is planning a plant expansion. They can build a large or small plant. The payoffs for the plant depend on the level of consumer demand for the company's products. The company believes that there is an 69% chance that demand for their products will be high and a 31% chance that it will be low. The company can pay a market research firm to survey consumer attitudes towards the company's products. There is a 63% chance that the customers will like the products and a 37% chance that they won't. The payoff matrix and costs of the two plants are listed below. The company believes that if the survey is favorable there is a 92% chance that demand will be high for the products. If the survey is unfavorable there is only a 30% chance that the demand will be high. The following decision tree has been built for this problem. The company has computed that the expected monetary value of the best decision without sample information is 154.35 million. The company has developed the following conditional probability table for their decision problem. <strong>Exhibit 14.6 The following questions use the information below. A company is planning a plant expansion. They can build a large or small plant. The payoffs for the plant depend on the level of consumer demand for the company's products. The company believes that there is an 69% chance that demand for their products will be high and a 31% chance that it will be low. The company can pay a market research firm to survey consumer attitudes towards the company's products. There is a 63% chance that the customers will like the products and a 37% chance that they won't. The payoff matrix and costs of the two plants are listed below. The company believes that if the survey is favorable there is a 92% chance that demand will be high for the products. If the survey is unfavorable there is only a 30% chance that the demand will be high. The following decision tree has been built for this problem. The company has computed that the expected monetary value of the best decision without sample information is 154.35 million. The company has developed the following conditional probability table for their decision problem.   Which of the following summarizes the final outcome for each decision alternative?</strong> A) payoff matrix B) outcome matrix C) yield matrix D) performance matrix
Which of the following summarizes the final outcome for each decision alternative?

A) payoff matrix
B) outcome matrix
C) yield matrix
D) performance matrix
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77
Exhibit 14.5
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%. <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   What is the formula for the weighted average score for alternative j when using a multi-criteria scoring model?</strong> A)   B)   C)   D)
What is the formula for the weighted average score for alternative j when using a multi-criteria scoring model?

A) <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   What is the formula for the weighted average score for alternative j when using a multi-criteria scoring model?</strong> A)   B)   C)   D)
B) <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   What is the formula for the weighted average score for alternative j when using a multi-criteria scoring model?</strong> A)   B)   C)   D)
C) <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   What is the formula for the weighted average score for alternative j when using a multi-criteria scoring model?</strong> A)   B)   C)   D)
D) <strong>Exhibit 14.5 The following questions are based on the information below. An investor is considering 4 investments, A, B, C, D. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following decision tree has been developed for the problem. The investor has estimated the probability of a declining economy at 40% and an expanding economy at 60%.   What is the formula for the weighted average score for alternative j when using a multi-criteria scoring model?</strong> A)   B)   C)   D)
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78
Exhibit 14.1
The following questions are based on the information below.
An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem. <strong>Exhibit 14.1 The following questions are based on the information below. An investor is considering 4 investments, A, B, C and leaving his money in the bank. The payoff from each investment is a function of the economic climate over the next 2 years. The economy can expand or decline. The following payoff matrix has been developed for the decision problem.   Refer to Exhibit 14.1. What decision should be made according to the maximax decision rule?</strong> A) A B) B C) C D) Bank
Refer to Exhibit 14.1. What decision should be made according to the maximax decision rule?

A) A
B) B
C) C
D) Bank
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79
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Refer to Exhibit 14.8. Which policy should the company choose based on the Summary worksheet?</strong> A) A B) B C) C D) None of these <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     Refer to Exhibit 14.8. Which policy should the company choose based on the Summary worksheet?</strong> A) A B) B C) C D) None of these
Refer to Exhibit 14.8. Which policy should the company choose based on the Summary worksheet?

A) A
B) B
C) C
D) None of these
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80
Exhibit 14.8
The following questions use the information below.
A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations. <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     In a graphical representation of decision trees the decision nodes are represented by</strong> A) squares B) circles C) solid dots D) ovals <strong>Exhibit 14.8 The following questions use the information below. A company needs to buy a new insurance policy. They have three policies to choose from, A, B and C. The policies differ with respect to price, coverage and ease of billing. The company has developed the following AHP tables for price and summary. The other tables are not shown due to space limitations.     In a graphical representation of decision trees the decision nodes are represented by</strong> A) squares B) circles C) solid dots D) ovals
In a graphical representation of decision trees the decision nodes are represented by

A) squares
B) circles
C) solid dots
D) ovals
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