articleAmerican Economic ReviewJan 1, 2007Closed access

Unraveling in Guessing Games: An Experimental Study

Abstract

Consider the following game: a large number of players have to state simultaneously a number in the closed interval [0, 100]. The winner is the person whose chosen number is closest to the mean of all chosen numbers multiplied by a parameter p, where p is a predetermined positive parameter of the game; p is common knowledge. The payoff to the winner is a fixed amount, which is independent of the stated number and p. If there is a tie, the prize is divided equally among the winners. The other players whose chosen numbers are further away receive nothing.' The game is played for four rounds by the same group of players. After each round, all chosen numbers, the mean, p times the mean, the winning numbers, and…

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Topics & keywords

Keywords
  • Mathematical economics
  • Stochastic game
  • Repeated game
  • Symmetric game
  • Nash equilibrium
  • Outcome (game theory)
  • Mathematics
  • Order (exchange)
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