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Part Three: Short Answer (2 points each; 8 points total) Assume that Calista has preferences over money that may be described by the following utility function: U(SX) SQRT SX) Further, assume that a fair coin is tossed. If the coin comes up heads, then Calista will be paid $100, otherwise Calista will be paid $0. Answer each question and show all work. 1. What is the expected value of the coin toss? 2. What is the expected utility of the...
Part Three: Short Answer (2 points each: 8 points total) Assume that Calista has preferences over money that may be described by the following utility function: U(SX) [1 + SQRT(SX)] Further, assume that a fair coin is tossed. If the coin comes up heads, then Calista will be paid $100, otherwise Calista will be paid $0. Answer each question and show all work. 1. What is the expected value of the coin toss? 2. What is the expected utility of...
Assume that Calista has preferences over money that may be described by the following utility function: U($X)= [1 + SQRT($X)] Further, assume that a fair coin is tossed. If the coin comes up heads, then Calista will be paid $100, otherwise Calista will be paid $0. Answer each question and show all work. 1. What is the expected value of the coin toss? 2. What is the expected utility of the coin toss? 3. What is Calista’s risk premium for...
Anne has been given a choice between two lotteries. In lottery A a fair coin is flipped. If it comes up heads, Anne wins $50, if it comes up tails, she wins $150. In lottery B a fair coin is also flipped. If it comes up heads, Anne wins nothing, if it comes up tails, she wins $200. Problem 4 - Choice under uncertainty (20 points) Anne faces an uncertain World with two possible states, good and bad. In the...