Larry Morning Afternoon Felix Morning Afternoon 10,40 0,0 40, 10 0,0 A mixed-strategy equilibrium is one in which each player assigns a probability distribution over the possible pure strategies. In this particular game, this means that each person will play Morning with a certain probability and Afternoon with 1 minus that probability. To solve for the mixed- strategy equilibria, you must first determine each person's best response, given the strategy of the other player. Let x be the probability that Felix plays Morning and y be the probability that Larry plays Morning. Based on the payoff matrix, you know that each player's goal is to arrive on move-in day at different times. Use the following table to match Felix's best response when Larry plays y = 1 and y = 0. x = 0 x = 1 y = 1 y=0 О О

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Larry
Morning Afternoon
Felix
Morning
Afternoon 10,40
0,0
40, 10
0,0
A mixed-strategy equilibrium is one in which each player assigns a probability distribution over the possible pure strategies. In this particular
game, this means that each person will play Morning with a certain probability and Afternoon with 1 minus that probability. To solve for the mixed-
strategy equilibria, you must first determine each person's best response, given the strategy of the other player.
Let x be the probability that Felix plays Morning and y be the probability that Larry plays Morning. Based on the payoff matrix, you know that each
player's goal is to arrive on move-in day at different times.
Use the following table to match Felix's best response when Larry plays y = 1 and y = 0.
x = 0
x = 1
y = 1 y=0
О
О
Transcribed Image Text:Larry Morning Afternoon Felix Morning Afternoon 10,40 0,0 40, 10 0,0 A mixed-strategy equilibrium is one in which each player assigns a probability distribution over the possible pure strategies. In this particular game, this means that each person will play Morning with a certain probability and Afternoon with 1 minus that probability. To solve for the mixed- strategy equilibria, you must first determine each person's best response, given the strategy of the other player. Let x be the probability that Felix plays Morning and y be the probability that Larry plays Morning. Based on the payoff matrix, you know that each player's goal is to arrive on move-in day at different times. Use the following table to match Felix's best response when Larry plays y = 1 and y = 0. x = 0 x = 1 y = 1 y=0 О О
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