Refer to the following payoff matrix: Suppose the simultaneous-move game depicted in this payoff matrix could be turned into a sequential-move game with player 1 moving first. In this case, the equilibrium payoffs will be:
A) ($20, $1).
B) ($50, $5).
C) ($40, $2).
D) ($25, $30).

Question

Refer to the following payoff matrix:  Suppose the simultaneous-move game depicted in this payoff matrix could be turned into a sequential-move game with player 1 moving first. In this case, the equilibrium payoffs will be:
A) ($20, $1). 
B) ($50, $5). 
C) ($40, $2). 
D) ($25, $30).

Quizplus · Accepted Answer

The Answer of Refer to the following payoff matrix:  Suppose the simultaneous-move game depicted in this payoff matrix could be turned into a sequential-move game with player 1 moving first. In this case, the equilibrium payoffs will be:
A) ($20, $1). 
B) ($50, $5). 
C) ($40, $2). 
D) ($25, $30).

Refer to the Following Payoff Matrix: Suppose the Simultaneous-Move