4) (a) Your utility function is U- M¹/2 and your initial wealth is 36. Will you accept a gamble in which you win 12 with probability 2/3 and lose 11 with probability 1/3?

ENGR.ECONOMIC ANALYSIS
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Chapter1: Making Economics Decisions
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A6
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5
4) (a) Your utility function is U= M¹/2 and your initial wealth is 36. Will you accept
a gamble in which you win 12 with probability 2/3 and lose 11 with probability
1/3?
(b) Consider a person with an initial wealth of 100 who faces a chance to win 20
with probability and to lose 20 with probability 2. If this person's utility
function is U= M², how much should you have to compensate the person in order
for her to not play the gamble?
5) The game shown below is played repeatedly in an infinite number of periods.
Both players maximize the present discounted value of their
payoffs.
L
R
T 4,4 2,12
B 12,2 3,3
(a) For the above game identify the Nash equilibrium of the static game.
Does each player have a dominant strategy?
(b) Now consider the following strategy in a repeated game. The two
players start by playing (T;L) in period 1. In periods t > 1 players
play (T;L) if both players played (T;L) in all previous periods. Otherwise,
players play (B;R). What is the lowest value of 'r' such that
the cooperative equilibrium can be sustained?
of 5
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ZOOM
+
wwwwwxx.com.com.com
Transcribed Image Text:Page 5 4) (a) Your utility function is U= M¹/2 and your initial wealth is 36. Will you accept a gamble in which you win 12 with probability 2/3 and lose 11 with probability 1/3? (b) Consider a person with an initial wealth of 100 who faces a chance to win 20 with probability and to lose 20 with probability 2. If this person's utility function is U= M², how much should you have to compensate the person in order for her to not play the gamble? 5) The game shown below is played repeatedly in an infinite number of periods. Both players maximize the present discounted value of their payoffs. L R T 4,4 2,12 B 12,2 3,3 (a) For the above game identify the Nash equilibrium of the static game. Does each player have a dominant strategy? (b) Now consider the following strategy in a repeated game. The two players start by playing (T;L) in period 1. In periods t > 1 players play (T;L) if both players played (T;L) in all previous periods. Otherwise, players play (B;R). What is the lowest value of 'r' such that the cooperative equilibrium can be sustained? of 5 O ZOOM + wwwwwxx.com.com.com
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