GAME THEORY: Suppose a stage game has exactly one nash equilibrium
Answers: The correct options should be a, c, and d.
Explanation: b, can't be the right options as it says that NE is being played in both stage. This need not be true as it is possible to choose an outcome that gives higher payoff to both or all the players in period 1 and they play NE only in second period.
Similarly, d can't be the correct answer as we can only support the outcome that gives higher payoff than NE.
Rest of the options are correct.
GAME THEORY: Suppose a stage game has exactly one nash equilibrium Suppose a stage game has...
QUESTION Suppose a stage game has exactly one Nash equilibrium (select all that apply) a Any outcome can be supported as a SPNE when the game is repeated infinitely many times and players are patient enough. b. In a finitely repeated game where T becomes large, different outcomes can be supported as SPNE C. The Folk Theorem introduced in the notes assumes that actions are observable. d. In the SPNE of the twice repeated game players play the stage NE...
Game Theory Economics If its stage game has exactly one Nash equilibrium, how many subgame perfect equilibria does a two-period, repeated game have? Explain. Would this answer change if there were T periods, where T is any finite integer?
4. If its stage game has exactly one Nash equilibrium, how many subgame perfect equilibria does a two-period, repeated game have? Explain. Would your answer change if there were Tperiods, where Tis any finite integer?
Please help me Game theory !!! 10minutes left. Consider the stage game below, and suppose it is repeated infinitely many times. To sustain a SPNE in which players play (C,E) in every period by means of a trigger strategy, the discount rate must be larger than or equal to a. 2/3. b. (C,E) cannot be part of a SPNE. c. 1/7. d. 1/3. e. 3/7. Player 2 D EF A 11,11,1 Player I B 1,8 7,51,1 C5,78,31,1
Consider the following normal form game: U D LR 7,7 4,8 8,4 5,5 a. Are there dominant actions for any of the players? b. Find all Nash equilibria of this game. c. Suppose we repeat this game 10 times, specify a subgame perfect equi- librium of this finitely repeated game. d. Suppose this game is repeated infinitely: Identify a subgame perfect equilibrium of this game which gives an average (normalized) dis- counted payoff of 7 to both players. Clearly identify...
Consider the stage game below, and suppose it is repeated infinitely many times. To sustain a SPNE in which players play (C,E) in every period by means of a trigger strategy, the discount rate must be larger than or equal to a. 2/3. b. (C,E) cannot be part of a SPNE. c. 1/7. d. 1/3. e. 3/7.
Consider the stage game below, and suppose it is repeated infinitely many times Player 2 D EF A 1,1 1,1 1,1 Player I B 1,8 7,5 1,1 C 5,7 8,3 1,1 To sustain a SPNE in which players play (C,E) in every period by means of a trigger strategy, the discount rate must be larger than or equal to C. 1/3 d. (CE) cannot be part of a SPNE.
Consider the stage game below, and suppose it is repeated infinitely many times. Player 2 DEF A 1, 1,1 1,1 Player I B 1,8 7,5 1,1 C 5,7 8,3 1,1 To sustain a SPNE in which players play (C,E) in every period by means of a trigger strategy, the discount rate must be larger than or equal to O a. 1/3 O b. 2/3 O d. (C,E)cannot be part of a SPNE
Consider the stage game below, and suppose it is repeated infinitely many times Player 2 D EF A 1,1 1,11,1 PlayerI B 1,8 7,51,1 c | 5,7 | 8,3 | 1,1 To sustain a SPNE in which players play (B,E) in every period by means of a trigger strategy, the discount rate must be larger than or equal to Ob. 1/3 ос. 37
QUESTION 10 Consider the stage game below, and suppose it is repeated infinitely many times. Player 2 D E F A 1,1 1,1 1,1 Player I B 1,8 7,5 1.1 C 5,7 8,3 1,1 To sustain a SPNE in which players play (B.D in every period by means of a trigger strategy, the discount rate must be larger than or equal to o a. O b. 1/3 (B.E) cannot be part of a SPNE o d.23 Ce.3/7.