When a prisoners’ dilemma game is repeated a finite number of times (T
When a prisoners’ dilemma game is repeated a finite number of times (T)
A) cooperation unravels during the first round of the game, resulting in the static game Nash equilibrium.
B) cooperation continues until the T-2 round, where the players will switch to a non-cooperative Nash equilibrium.
C) firms cooperate and achieve the collusive Nash equilibrium for all rounds.
D) None of the above.
ANSWER
A
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