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Consider the following belief space, where the set of players is N = {I, II}, the set of states of nature is S = {s1, s2}, the set of states of the world is Y = {ω1, ω2, ω3}, and the beliefs of the players are given by the following table:
(a) Prove that the state of the world ω3 is the only consistent state of the world in Y .
(b) Prove that at the state of the world ω2, Player II believes that the state of the world is consistent.
(c) Prove that at the state of the world ω1, both players believe that the state of the world is inconsistent.
(d) Prove that at the state of the world ω1, the fact that the state of the world is inconsistent is not common belief among the players.
Draw the game tree and the matrix of this game, and find all the Nash equilibria. - Find all the subgame-perfect equilibria of this game.
Ashland MultiComm Services (AMS) is a residential telecommunications provider. The AMS technical services department has embarked on a quality improvement program. Its first project relates to maintaining the target upload speed for its Internet s..
q. 1 hawk-dove two animals are fighting over some prey. each can choose one of two stances passive or aggressive. each
What are the ingredients of a simultaneous-move game? Show (using simple examples) how one might propose a "solution" for such games. Comment on the strengths and weaknesses of your solution concept(s).
What are the Nash equilibria of each stage-game?- What is the lowest value of δ for which the subgame-perfect equilibrium you found in (b) survives?
1. if the four-firm concentration ratio of an industry is 75 what does it mean?2. industry a is composed of five large
One airport had 28% late arrivals. After a new directing system was installed, a sample of 1200 flights had 322 late arrivals. At the .01 level, did the new system lower the rate of late arrivals? List the null and alternate hypotheses.
For which values of the discount factor δ can the players support the pair of actions (T,L) played in every period? Why is your answer different from that for (a)?
Describe this situation as an extensive-form game, where the root of the game tree is a chance move that determines whether Caesar is brave or cowardly.
Construct a belief space in which the described situation is represented by a state of the world and indicate that state.
Consider the following data for a simultaneous move ggiven: If you advertise and your rival advertises, you will each earn 5 million dollar in profits.
How many items should the merchant stock in order to maximize her expected daily profit?
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