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Unformatted text preview: ECON 3600 Assignment 7. Due Thursday, March 22nd 1. (Adapted from Bierman and Fernandez) The Centipede Game is a twoperson dynamic game that is played as follows: There is a pot of money. Initially, the pot has $2 in it. Player 1 moves first. He can either stop the game and take all the money in the pot ($2) or let the game go to round 2. In round 2, money is added to the pot so that now there are $2 2 = $4 in the pot, and Player 2 can either stop the game and take all the money in the pot ($4) or let the game go on to Round 3. And so on. Player 1 moves in odd numbered rounds. Player 2 moves in evennumbered rounds. In each round the pot grows so that if the Nth round is reached the pot is worth $2 N . The game ends when a player stops it or when round 6 is reached. In round 6, Player 2 gets all the money in the pot and the game ends. a. Draw the game tree for the Centipede Game. b. Determine the subgame perfect equilibrium strategies for both players. What is the equilibrium outcome? c. In experiments with real money, where there is a constantly increasing pot (the pot has $N in it at the Nth round) and the maximum number of rounds is 100, players go as long as 50 rounds before somebody takes the pot. How does this compare to the equilibrium outcome you found? before somebody takes the pot....
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This note was uploaded on 03/27/2012 for the course ECON 3600 taught by Professor Daniel during the Spring '12 term at Dalhousie.
 Spring '12
 daniel
 Game Theory

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