The table below shows the payoff matrix for players A and B to strategies X and Z.
-Refer to the payoff matrix above.This game has
A) no Nash equilibrium.
B) a Nash equilibrium because both players pick strategy X.
C) a Nash equilibrium because A picks strategy Z and B picks strategy X.
D) a Nash equilibrium because both players have made the best choice available to them.
E) a Nash equilibrium if both players pick strategy Z.

Question

The table below shows the payoff matrix for players A and B to strategies X and Z. 
-Refer to the payoff matrix above.This game has
A) no Nash equilibrium. 
B) a Nash equilibrium because both players pick strategy X. 
C) a Nash equilibrium because A picks strategy Z and B picks strategy X. 
D) a Nash equilibrium because both players have made the best choice available to them. 
E) a Nash equilibrium if both players pick strategy Z.

Quizplus · Accepted Answer

The Answer of The table below shows the payoff matrix for players A and B to strategies X and Z. 
-Refer to the payoff matrix above.This game has
A) no Nash equilibrium. 
B) a Nash equilibrium because both players pick strategy X. 
C) a Nash equilibrium because A picks strategy Z and B picks strategy X. 
D) a Nash equilibrium because both players have made the best choice available to them. 
E) a Nash equilibrium if both players pick strategy Z.

The Table Below Shows the Payoff Matrix for Players a and B