Exam 6: Strategy and Game Theory
Exam 1: Preferences and Utility12 Questions
Exam 2: Utility Maximization and Choice13 Questions
Exam 3: Income and Substitution Effects19 Questions
Exam 4: Demand Relationships Among Goods18 Questions
Exam 5: Uncertainty and Information16 Questions
Exam 6: Strategy and Game Theory18 Questions
Exam 7: Production Functions14 Questions
Exam 8: Cost Functions20 Questions
Exam 9: Profit Maximization32 Questions
Exam 10: The Partial Equilibrium Competitive Model31 Questions
Exam 11: General Equilibrium and Welfare24 Questions
Exam 12: Monopoly18 Questions
Exam 13: Imperfect Competition21 Questions
Exam 14: Labor Markets18 Questions
Exam 15: Capital and Time17 Questions
Exam 16: Asymmetric Information18 Questions
Exam 17: Externalities and Public Goods25 Questions
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For an infinitely repeated game promising A per period with continuing cooperation,B for the one period gain from cheating and C per period for the non-cooperative solution (B > A > C)will have a subgame perfect Nash equilibrium in trigger strategies providing
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Correct Answer:
B
What are the pure-strategy Nash equilibria of the following game? 

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C
Which statement is true of the Battle of the Sexes game?
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Correct Answer:
D
The strategy profile in which both players remain silent in the Prisoners' Dilemma can be described as
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In the mixed-strategy Nash equilibrium of the following game in which players randomize between B and C and do not play A at all,what is the probability that each plays B?


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In a mixed-strategy Nash equilibrium,a player is willing to randomize because
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Consider a version of the Tragedy of the Commons in which herder 1 and 2 simultaneously choose to graze quantities of sheep and ,respectively,and in which the payoff functions are for 1 and for 2.The Nash equilibrium is
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Which of the following is a true statement about signaling games?
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A game of incomplete information is distinct from one of complete information in that players
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The difference between a Nash equilibrium strategy and a dominant strategy is
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Consider a version of the Tragedy of the Commons in which herder 1 and 2 simultaneously choose to graze quantities of sheep and ,respectively.If herder 1's payoff function is ,his or her best response function is
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The difference between a Nash equilibrium and a subgame-perfect equilibrium is
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