Exam 1: Introduction to Game Theory

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The modern version of the game theory can be traced to the groundbreaking work of:

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D

Players in simultaneous-move games with complete information know their rival's:

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B

  -Refer to Figure 1.1, which depicts a noncooperative, simultaneous-move, one-time game in which larger payoffs are preferred. Which player has a strictly dominant strategy? -Refer to Figure 1.1, which depicts a noncooperative, simultaneous-move, one-time game in which larger payoffs are preferred. Which player has a strictly dominant strategy?

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C

In a simultaneous-move game:

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  -Refer to Figure 1.1, which depicts a noncooperative, simultaneous-move, one-time gamein which larger payoffs are preferred. The Nash equilibrium strategy profile for this game is: -Refer to Figure 1.1, which depicts a noncooperative, simultaneous-move, one-time gamein which larger payoffs are preferred. The Nash equilibrium strategy profile for this game is:

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  -Consider the one-time, noncooperative, static game depicted in Figure 1.2. Which player has a strictly dominant strategy? -Consider the one-time, noncooperative, static game depicted in Figure 1.2. Which player has a strictly dominant strategy?

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An assumption about static games with complete information is that:

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An example of a simultaneous-move game is:

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  -Consider the advertising game depicted in Figure 1.6 in which payoffs are in thousands of dollars. If larger payoffs are preferred, the Nash equilibrium strategy profile for this game is: -Consider the advertising game depicted in Figure 1.6 in which payoffs are in thousands of dollars. If larger payoffs are preferred, the Nash equilibrium strategy profile for this game is:

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The prisoner's dilemma describes a strategic situation in which:

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  -Consider the pricing game depicted in Figure 1.5 in which payoffs are in thousands of dollars. If larger payoffs are preferred, this is an example of a: I. Game in which both players have a strictly dominant strategy. II. Prisoner's dilemma. III. Two-player, noncooperative, static game. Which of the following is correct? -Consider the pricing game depicted in Figure 1.5 in which payoffs are in thousands of dollars. If larger payoffs are preferred, this is an example of a: I. Game in which both players have a strictly dominant strategy. II. Prisoner's dilemma. III. Two-player, noncooperative, static game. Which of the following is correct?

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A key assumption underlying noncooperative, static games is that the players:

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In game theory, a strategy:

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  -Refer to noncooperative, one-time, static game depicted in Figure 1.3. If larger payoffs are preferred, which player has a strictly dominant strategy? -Refer to noncooperative, one-time, static game depicted in Figure 1.3. If larger payoffs are preferred, which player has a strictly dominant strategy?

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A _____ occurs when each player adopts a strategy is the best response to the strategy adopted by a rival.

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  -Refer to Figure 1.4 in which the payoffs are in millions of dollars. Suppose that Tsunami Corporation and Cyclone Company contemplating a change in their advertising strategies. Which player has a strictly dominant strategy? -Refer to Figure 1.4 in which the payoffs are in millions of dollars. Suppose that Tsunami Corporation and Cyclone Company contemplating a change in their advertising strategies. Which player has a strictly dominant strategy?

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A Nash equilibrium:

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  -Consider the pricing game depicted in Figure 1.5 in which payoffs are in thousands ofdollars. If larger payoffs are preferred, the Nash equilibrium strategy profile for this game is: -Consider the pricing game depicted in Figure 1.5 in which payoffs are in thousands ofdollars. If larger payoffs are preferred, the Nash equilibrium strategy profile for this game is:

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The prisoner's dilemma describes a strategic situation in which each of the following statements is correct except:

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  -Refer to Figure 1.4 in which the payoffs are in millions of dollars. Suppose that Tsunami Corporation and Cyclone Company contemplating a change in their advertising strategies. The Nash equilibrium strategy profile for this game is: -Refer to Figure 1.4 in which the payoffs are in millions of dollars. Suppose that Tsunami Corporation and Cyclone Company contemplating a change in their advertising strategies. The Nash equilibrium strategy profile for this game is:

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