Use the following normal-form game to answer the following question.       Player 2   Player 1 Strategy C D   A 30,30 70,0   B 0,70 60,60   Identify the one-shot equilibrium Suppose the players know this game will be repeated three times. Can they achieve payoffs that are better than the one-shot game Nash Equilibrium? Explain. Suppose the game is infinitely repeated and the interest rate is 6%. Can the player achieve payoffs that are better than the one-shot game equilibrium? Explain.

Consider the following game where two players have to decide if they want to buy a movie ticket or a baseball ticket. They have the highest payoffs when they both buy tickets to the same activity, but must decide simultaneously what to buy without knowing what the other person will do.  a. Does either player have a dominant strategy? b. How many equilibria does this game have? c. Is this an example of a prisoner’s dilemma? Explain. d. What will be the outcome if your friend buys their ticket first and you can observe their choice?

The following game is played by 2 players         Adam Jack   Left Middle Right Up 1,2 3,5 2,1 Middle 0,4 2,1 3,0 Down -1,1 4,3 0,2   Determine all dominant strategies for Adam and Jack.  Solve the equilibrium for this game.

Player 2 Middle Left P1: $45 P1: $70 Up P2: $45 P2: $50 Player 1 P1: $50 P1: $60 Middle P2: $50 P2: $60 P1: $60 P1: $50 Down P2: $60 P2: $70 In the game shown above, list all of the Nash Equilibrium (please check ALL that apply) (up, left) (up, middle) (up, right) (middle, left) (middle, middle) (middle, right) (down, left) (down, middle) (down, right) No equilibrium Right P1: $45 P2: $60 P1: $50 P2: $70 P1: $60 P2: $60

Find the Nash equilibrium strategy and payoff in this simultaneous game. Show your work. Firms can collude (C) or not collude (NC) and their profits in millions are as follows. Please see attached.

Player 2 Left P1: $40 Player 1 Up P2: $0 P1: $44 Down P2:$44 In the game shown above, list all of the EFFICIENT Nash Equilibrium (please check ALL that apply) (up, left) (up, right) (down, left) (down, right) No efficient Nash Equilibrium Right P1:$1 P2: $1 P1: $0 P2: $40

Up Down Up Down Player 1 In the game above, what is/are the sub-game perfect Nash equilibrium? (up,up) (up,down) (down, up) (down, down) No equilibrium exists Up Down Player 2 eLearning Help P1 gets $45 P2 gets $155 P1 gets $100 P2 gets $10 P1 gets $85 P2 gets $85 P1 gets $95 P2 gets $95

I hope you can draw a picture and analyze it, thank you.

Up Down Up Up Down Down Player 1 Player 2 In the game above, what is/are the EFFICIENT sub-game perfect Nash equilibrium? (up,up) (up,down) (down, up) (down, down) No EFFICIENT equilibrium exists P1 gets $100 P2 gets $100 P1 gets $10 P2 gets $10 P1 gets $15 P2 gets $5 P1 gets $110 P2 gets $10

Consider the game in the table below. Find the Nash Equilibrium of the game. Add the payoffs of both players at the Nash Equilibrum and enter that number. Firm A Left Right Up Firm B 9,11 5,6 own 5,10 6,5 20