Consider the battle of the sexes game from class. Here is they matrix for the simultaneous-move game. Stevie Football Game Concert Football 10, 20 0, 0 Lindsay Concert 5, 5 20, 10 a. Now consider this game if Stevie moves first. Draw the game tree and find the Nash equilibrium (technically it's the subgame-perfect Nash equilibrium). b. Now do the same thing if Lindsay moves first. c. If you were playing this game would you rather move first or second?
Consider the battle of the sexes game from class. Here is they matrix for the simultaneous-move game.
Stevie
Football Game Concert
Football 10, 20 0, 0
Lindsay
Concert 5, 5 20, 10
a. Now consider this game if Stevie moves first. Draw the game tree and find the Nash equilibrium (technically it's the subgame-perfect Nash equilibrium).
b. Now do the same thing if Lindsay moves first.
c. If you were playing this game would you rather move first or second?
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