B S B 3,2 0,0 S 0,0 2, 3

Determine all of the Nash equilibria (pure-strategy and mixed-strategy equilibria) of the following game:

Find a separating perfect Bayes–Nash equilibrium for the figure below.

Here is a Bayesian BOS game. Man has a special preference t1 on boxing while woman has a special preference t2 on opera. Both are in [0,2]. The preference information is private. i.e. Each knows his (her) own preference but does not know the other's preference. The below is the payoff. M/W Boxing Opera Воxing 3+t1,1 0,0 Opera 0,0 1,3+t2 We are checking whether the below strategy profile is a Bayesian Nash Equilibrium. "Man chooses boxing if t1>p while woman chooses opera if t2>g." 1) Given t1, man will choose boxing if t1> /g- 2) Given t2, woman will choose opera if t2> /p- 4) By shoving the simultaneous equations, we get p=q=sqrt(6)-

Jane is interested in buying a car from a used car dealer. Her maximum willingness to pay for thecar is 12 ($12,000). Bo, the dealer, is willing to sell the car as long as he receives at least 9($9,000). What is the Nash bargaining solution to this game?

Suppose that, in an ultimatum game, the proposer may not propose less than $1 nor fractional amounts, and therefore must propose $1, $2, …, or $10 (see image attached below). The responder must Accept (A) or Reject (R). Suppose, first, that this game is played by two egoists, for whom u(x,y)=x. Find all subgame-perfect equilibria in this game. Suppose, second, that this game is played by two altruists, for whom u(x,y) = ⅔(x)1/2 + ⅓(y)1/2. Find all subgame-perfect equilibria in this game.

1.a) If the three executives of a fraudulent organization report nothing to the authorities, each gets a payoff of 100. If at least one of them blows the whistle, then those who reported the fraud get 28, while those who didn’t get -100. Suppose they play a symmetric mixed-strategy Nash equilibrium where each is silent (does not report fraud) with probability p. What is p?A, 0.1B, 0.28C, 0.5D, 0.8 b) In a two-player game, with strategies and (some known and some unknown) payoffs as shown below, suppose a mixed-strategy equilibrium exists where 1 plays C with probability 3/4, and Player 2 randomizes over X, Y, and Z with equal probabilities.   What are the pure-strategy equilibria of this game?      A, (A, Y) and (B, X)B, (A, Z) and (C, Y)C, (B, X) and (C, X)D, (C, X) and (C, Y)

Determine all of the Nash equilibria (pure-strategy and mixed-strategy equilibria) of the following game: