Consider the following payoff matrix for a 2-player game where the payoffs have the usual connotation. The first number in each cell represents the payoff to Player #1 and the second number the payoff to Player #2.
Which of the following statements is true?
A) This game has one unique Nash equilibrium: {Bottom, Right}.
B) This game has two Nash equilibria: {Top, Left} and {Middle, Centre}.
C) This game has two Nash equilibria: {Middle, Centre} and {Bottom, Right}.
D) This game has three Nash equilibria: {Top, Left}, {Middle, Centre} and {Bottom, Right}.

Question

Consider the following payoff matrix for a 2-player game where the payoffs have the usual connotation. The first number in each cell represents the payoff to Player #1 and the second number the payoff to Player #2.
 Which of the following statements is true?
A) This game has one unique Nash equilibrium: {Bottom, Right}. 
B) This game has two Nash equilibria: {Top, Left} and {Middle, Centre}. 
C) This game has two Nash equilibria: {Middle, Centre} and {Bottom, Right}. 
D) This game has three Nash equilibria: {Top, Left}, {Middle, Centre} and {Bottom, Right}.

Quizplus · Accepted Answer

The Answer of Consider the following payoff matrix for a 2-player game where the payoffs have the usual connotation. The first number in each cell represents the payoff to Player #1 and the second number the payoff to Player #2.
 Which of the following statements is true?
A) This game has one unique Nash equilibrium: {Bottom, Right}. 
B) This game has two Nash equilibria: {Top, Left} and {Middle, Centre}. 
C) This game has two Nash equilibria: {Middle, Centre} and {Bottom, Right}. 
D) This game has three Nash equilibria: {Top, Left}, {Middle, Centre} and {Bottom, Right}.

Consider the Following Payoff Matrix for a 2-Player Game Where