Two friends, Albert (A) and Berta (B), have to decide on going to one- of three bars, Xenia's (X), Yara's (Y), or Zana's (Z). They decide to select a bar by alternatively vetoing bars until one remains. First Albert vetoes a bar. If at least two bars remain, then Berta vetoes another bar. That process continues until a single bar remains unvetoed. Suppose Albert prefers Xenia's to Yara's to Zana's and Berta prefers Zana's to Yara's to Xenia's. Assume that, for each of the two, going to their most preferred bar gives a utility of 2, going to their next preferred bar gives a utility of 1, and going to their least preferred bar gives a utility of 0. Model this as an extensive form game and find its Nash equilibria. Which of the Nash equilibria are subgame perfect?

Principles of Microeconomics
7th Edition
ISBN:9781305156050
Author:N. Gregory Mankiw
Publisher:N. Gregory Mankiw
Chapter22: Frontiers Of Microeconomics
Section: Chapter Questions
Problem 6PA
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FIGURE 2
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Two friends, Albert (A) and Berta (B), have to decide on going to one
of three bars, Xenia's (X), Yara's (Y), or Zana's (Z). They decide to select a bar by
alternatively vetoing bars until one remains. First Albert vetoes a bar. If at least
two bars remain, then Berta vetoes another bar. That process continues until a single
bar remains unvetoed. Suppose Albert prefers Xenia's to Yara's to Zana's and Berta
prefers Zana's to Yara's to Xenia's. Assume that, for each of the two, going to their
most preferred bar gives a utility of 2, going to their next preferred bar gives a utility of
1, and going to their least preferred bar gives a utility of 0. Model this as an extensive
form game and find its Nash equilibria. Which of the Nash equilibria are subgame
perfect?
Transcribed Image Text:0 E F 3 2 FIGURE 2 23 D G 2 H 0 1 (2) Two friends, Albert (A) and Berta (B), have to decide on going to one of three bars, Xenia's (X), Yara's (Y), or Zana's (Z). They decide to select a bar by alternatively vetoing bars until one remains. First Albert vetoes a bar. If at least two bars remain, then Berta vetoes another bar. That process continues until a single bar remains unvetoed. Suppose Albert prefers Xenia's to Yara's to Zana's and Berta prefers Zana's to Yara's to Xenia's. Assume that, for each of the two, going to their most preferred bar gives a utility of 2, going to their next preferred bar gives a utility of 1, and going to their least preferred bar gives a utility of 0. Model this as an extensive form game and find its Nash equilibria. Which of the Nash equilibria are subgame perfect?
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