Player 1abd0,0x, yX, 3-2,4f3,50,74,00,5Player 2g1,64, y2.10,7h-3,310,5-4,-2-7,3 Consider the payoff matrix above, and answer the following questions about this game.=a) Suppose x = 2 and y5. After all strategies that are dominated by a pure strategy are iteratively deleted forboth players, how many strategies remain for Player 1?b) Suppose x = 2 and y = 5. After all strategies that are dominated by a pure strategy are iteratively deleted forboth players, how many strategies remain for Player 2?c) Suppose x = 2 and ygame?= 5. What is the sum of both players' payoffs in all pure strategy Nash equilibria of thed) Suppose x = 2 and y = 10. After all strategies that are dominated by a pure strategy are iteratively deleted forboth players, how many strategies remain for Player 1?e) Suppose x = 2 and y = 10. After all strategies that are dominated by a pure strategy are iteratively deleted forboth players, how many strategies remain for Player 2?f) Suppose x = = 2 and ygame?= 10. What is the sum of both players' payoffs in all pure strategy Nash equilibria of the

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Consider the payoff matrix above, and answer the following questions about this game. a) Suppose x = 2 and y = 5. After all strategies that are dominated by a pure strategy are iteratively deleted for both players, how many strategies remain for Player 1? b) Suppose x = 2 and y = 5. After all strategies that are dominated by a pure strategy are iteratively deleted for both players, how many strategies remain for Player 2? c) Suppose x = 2 and y = 5. What is the sum of both players' payoffs in all pure strategy Nash equilibria of the game? d) Suppose x = 2 and y = 10. After all strategies that are dominated by a pure strategy are iteratively deleted for both players, how many strategies remain for Player 1? e) Suppose x = 2 and y = 10. After all strategies that are dominated by a pure strategy are iteratively deleted for both players, how many strategies remain for Player 2? f) Suppose x = 2 and y = 10. What is the sum of both players' payoffs in all pure strategy Nash equilibria of the game?