Multiple Choice
Assume, Elizabeth's utility function is: U(W) = W^0.5 and she operates under the tenets of expected utility theory. She is considering two job proposals:. Alternative 1: take a job at a bank with a certain salary of $54,000 per annum. Alternative 2: take a job with a start-up company, get a base salary of $4,000 per annum a plus a bonus of $100,000 per annum a with probability 0.5 (otherwise bonus = $0) .
A) Elizabeth should choose Alternative 1 over Alternative 2 since the former yields expected utility of 232.4 while the latter yields expected utility of 192.9.
B) Elizabeth should choose Alternative 2 over Alternative 1 since the former yields expected utility of 192.9 while the latter yields expected utility of 232.4.
C) Elizabeth should choose Alternative 1 over Alternative 2 since the former yields expected utility of 89.4 while the latter yields expected utility of 86.44.
D) Elizabeth should choose Alternative 2 over Alternative 1 since the former yields expected utility of 232.4 while the latter yields expected utility of 192.9.
Correct Answer:

Verified
Correct Answer:
Verified
Q9: Todd has $1000. He is given a
Q10: Jim Holtzhauer is playing the tables at
Q11: The risk premium of a gamble is
Q12: For the Value Function in Prospect Theory,
Q13: Respondents are given the following choices:<br>1) Choose
Q15: Ken Jennings has just been offered
Q16: Suppose your current wealth (W) is $8000
Q17: The fact that people often ask for
Q18: Suppose I bought some Harvard mugs valued
Q19: Gamble A: Win $1000 with 0.50 probability