How is a Nash equilibrium outcome different from a rationalizable outcome?In a Nash equilibrium players are allowed to randomise.Rationalizable outcomes apply to dynamic games whereas Nash equilibrium does not.In a Nash equilibrium each player always has the correct conjecture about what the other player will do.Nash equilibrium only allows for unilateral changes in strategy.None of the above.No Answer

A Nash equilibrium is a notion from game theory that refers to a stable condition in a game where…

How is a Nash equilibrium outcome different from a rationalizable outcome? O In a Nash equilibrium players are allowed to randomise. O Rationalizable outcomes apply to dynamic games whereas Nash equilibrium does not. O In a Nash equilibrium each player always has the correct conjecture about what the other player will do. O Nash equilibrium only allows for unilateral changes in strategy. O None of the above. O No Answer

How is a Nash equilibrium outcome different from a rationalizable outcome? O In a Nash equilibrium players are allowed to randomise. O Rationalizable outcomes apply to dynamic games whereas Nash equilibrium does not. O In a Nash equilibrium each player always has the correct conjecture about what the other player will do. O Nash equilibrium only allows for unilateral changes in strategy. O None of the above. O No Answer

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

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In the game below, there are two equilibriums: both players play conserve or both players play plunder. If the game is repeated multiple times, players can maintain equilibrium in which conserve is played if: Player 2 Player 1 Conserve Plunder Select one: Conserve Plunder (100,100) -100,50 50,-100 (0,0 Game is repeated few times and discount rates are low Ob Game is repeated many times and discount rates are high O c. Game is repeated many times and discount rates are low O d. Game is repeated few times and discount rates are high
Consider a modified Traveler’s Dilemma. In terms of strategy options that the players have and the dollars they earn, it is like the standard Traveler’s Dilemma, but the players do not have endless appetite for money. Up to 100 dollars, each dollar feels like a dollar. But any moneybeyond 100 is psychologically like 100 dollars. Assuming that players are maximizers of ‘psychological’ dollars instead of real dollars, describe all the Nash equilibria of this modified Traveler’s Dilemma.
The extensive form of a game is drawn when O a) the players move sequentially. Ob) the players move simultaneously. O c) there is no Nash equilibrium. O d) there are multiple Nash equilibria. O e) the game is often repeated.
3. Find ALL Nash equilibria of the following game: Nature begins by choosing one of the 2x2 games. It chooses the left game with probability a, and the right game with probability 1- a. Player 2 is INFORMED about nature's choice but player 1 IS NOT informed. L KR R 0,0| 5, 0,0 U 2, 2 0, 3 U D 3, 1, 1 D 1 Are there values of a for which there exists a mixed strategytequilibrium?
Little Kona is a small coffee company that is considering entering a market dominated by Big Brew. Each company's profit depends on whether Little Kona enters and whether Big Brew sets a high price or a low price: Little Kona True True or False: Only Little Kona has a dominant strategy in this game. False Big Brew High Price Low Price Enter $2 million, $3 million $2 million, $1 million Don't Enter 50, 58 million $0, $3 million Which of the following outcomes represent a Nash equilibrium in this case? Check all that apply. Big Brew maintains a high price and Little Kona does not enter. Big Brew maintains a low price and Little Kona does not enter. Big Brew maintains a high price and Little Kona enters. Big Brew maintains a low price and Little Kona enters. Big Brew threatens Little Kona by saying, "If you enter, we're going to set a low price, so you had better stay out." Thin True or False: Little Kona should believe the threat.
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Use the following game table to answer the question: Player 2 Y 6, 3 1, 3 A 10, 5 0,0 Player 1 B 2,6 0,0 3,5 3, 4 3, 3 Is the Nash equilibrium of this game for Player 1 to choose A and Player 2 to choose X? Why or why not? O It is; if Player 2 chose B or C they would get less than 10, and if Player 1 chose Y or Z they would get less than 5. It is not; Player 2 could get 6, instead of 5, if they chose B. O It is; if Player 1 chose B or C they would get less than 10, and if Player 2 chose Y or Z they would get less than 5. It is; if Player 2 chose B or C they would get less than 5, and if Player 1 chose Y or Z they would get less than 10. It is not; Player 1 could get 6, instead of 5, if they chose B.
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B's profit B invests B does not invest 100 80 100 -40 -40 10 80 10 Which of the following statements are correct? Select one or more: O a. If A invests, B's best strategy is to not invest since A will take all the profit O b. Whoever invests first gains a first-mover advantage O c. The co-ordination game exhibits two Nash equilibria. O d. If B chooses to not invest, A's best strategy is also to not invest. A's profit A does not invest A invests
Which of the following is FLASE for an extensive form game with perfect information? A. All Nash equilibria has the property of non-credible threat B. Subgame perfect equilibrium eliminates non-credible threats O C. In a Nash equlibrium strategy, each agent's strategy is a contingent plan
If a 2 by 2 game has no mixed strategy Nash equilibrium then which of the following statements is true? O Any strategy is a best response. O Any strategy is rationalizable. No strategy is rationalizable. We can solve the game by iterated elimination of dominated strategies. O Players prefer not to mix whenever the other player mixes.