a) We take Matt to be player 1 and Grace to be player 2.
When Matt chooses to be Parrot, Grace's best response (BR) is playing Pirate as 4>1
When Matt chooses to be Zombie, Grace's best response (BR) is playing Vampire as 7>3
There is no dominant or dominated strategy here.
When Grace chooses to be Vampire, Matt's best response (BR) is playing Zombie as 10>6.
When Grace chooses to be Pirate, Matt's best response (BR) is playing Zombie as 10>8
Therefore, for Matt Zombie is a strictly dominant strategy and Vampire and Pirate are dominated.
Here the PSNE strategy is (Vampire,Zombie)
b) When Goalie chooses left (L), Kicker chooses L over RIght(R) and Oops (O) as 2>1>0.
When Goalie chooses R, Kicker chooses R over L and O as 2>1>0.
When Kicker chooses L, Goalie chooses R over L as 2>0.
When Kicker chooses R, Goalie chooses L over R as 2>0.
When Kicker chooses O, Goalie is indifferent between the two.
Here there is dominant, dominated strategies and no PSNE.
c) Here all the strategies give the same payoff and thus there can be no strategic interaction here. All the strategies are PSNE and none are dominant/dominated.
microecon 1 Static games (9 pts.) For each of the following games: Circle all payoffs corresponding...
For each of the following games: • Circle all payoffs corresponding to a player's best response. • Identify any/all strictly dominant strategies (or indicate that there are none). • Identify any/all strictly dominated strategies (or indicate that there are none). • Identify any/all pure strategy Nash equilibria by writing the equilibrium strategies as an ordered pair. (If there is no PSNE, write "no PSNE”.) a. (3 pts.) Two friends are deciding what costumes to wear for Halloween. Matt Parrot Zombie...
For each of the following games: Circle all payoffs corresponding to a player's best response. Identify any/all strictly dominant strategies (or indicate that there are none) Identify any/all strictly dominated strategies (or indicate that there are none) Identify any/all pure strategy Nash equilibria by writing the equilibrium strategies as an ordered pair. (If there is no PSNE, write "no PSNE".) a. (3 pts.) Two friends are deciding what costumes to wear for Halloween. Matt Parrot Zombie Vampire 6, 1 10,7...
Q1 Elimination of strictly-dominated strategies In each of the following two-player games, what strategies survive iterated elimination of strictly- dominated strategies? What are the Nash equilibria of these games? (a) Player 2 Left 0,2 1,3 2,4 Top Middle Bottom Center 4,3 2,4 1,5 Right 3, 4 2, 3 4,6 Player 1 (b) Player 2 Left 2,4 3,3 4,6 Top Middle Bottom Center 6,5 4,3 5,4 Player 1 Right 5,3 4, 2 2,5
Q1 Elimination of strictly-dominated strategies In each of the following two-player games, what strategies survive iterated elimination of strictly- dominated strategies? Player 2 Lett Center Right Top 0.2 4, 3 3,1 Player1 Middle 1, 2 2,0 2, Bottom 2,4 36 0,3 Player 2 Left Center Right Top 1, 3 ,4 ,2 Player 1 Middle 2,2 2 3,1 Bottom 3, 5 43 1, 4
microecon
2 True or false (6 pts.) Indicate whether each of the following statements is true or false. You do not need to provide an explanation this time just true or false. a. (1 pt.) Every static game has at least one pure strategy Nash equilibrium b. (1 pt.) If a strategy is weakly dominant, then it is a best response against any strategy chosen by the other player. c. (1 pt.) In a dynamic game, it is always better...
Problem #3: Strictly dominated and non-rationalizable strategies (6 pts) Below, there are three game tables. For each one, identify which strategies are non-rationalizable (if any), and which strategies are strictly dominated (if any). Do this for both players in each game. Note: You don't need to use IESDS or IENBR in this problem: I only want to know which strategies are strictly dominated or non-rationalizable in the games as presented. Rogers Go Rogue Go Legit 2,3 3,4 3,2 5,1 3,1...
2. [7 points) Find all the Nash equilibrium (pure and mixed strategies) in the following games. a) (2 points) column left middle right 5,2 2,1 1,3 4,0 1,-1 0,4 row up down 10 column left right b) [2 points] row L up 1,1 -1.0 down -1,0 1,1 c) [3 points] left 3,3 4,6 11,5 up middle down column middle right 9,4 5,5 | 0,0 6,3 5,4 0,7 row
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Name: Integumentary System Case Study: Jon's Story (Each question is worth 0.5 pts) At 63 years old, Jon was retiring early by most people's standards, but he felt it was time and he was looking forward to it. His mind wandered as he raked the dry remnants of his front yard. The African summer had been hotter than usual but he had always worked outdoors and the warmth of the sun on his face felt good. Jon had grown up...