Suppose that a decision maker’s risk attitude toward monetary gains or losses x given by the utility function U(x) = (x + 10000)^0.5. If there is a 5% chance that the decision maker's car, valued at $8000, will be totaled during the next year, what is the most that she would be willing to pay each year for an insurance policy that completely covers the potential loss of her vehicle? Please round all answers (also intermediate results to 2 decimals)
a. |
544.38 |
|
b. |
274.10 |
|
c. |
99.27 |
|
d. |
145.47 |
Suppose that a decision maker’s risk attitude toward monetary gains or losses x given by the...
Suppose that a decision maker’s risk attitude toward monetary gains or losses x given by the utility function U(x) = (x+10,000)^0.5. If there is a 5% chance that the decision maker's car, valued at $8000, will be totaled during the next year, what is the most that she would be willing to pay each year for an insurance policy that completely covers the potential loss of her vehicle? Please round all answers (also intermediate results to 2 decimals). a. 544.38...
Question 12 Suppose that a decision maker’s risk attitude toward monetary gains or losses x given by the utility function U(x) = (x+10,000)^0.5 If there is a 2.5% chance that the decision maker's car, valued at $5000, will be totaled during the next year, what is the most that she would be willing to pay each year for an insurance policy that completely covers the potential loss of her vehicle? Please round all answers (also intermediate results to 2 decimals)....
A decision maker has a utility function for monetary gains x given by ux) (x +10,000)12. (a) Show that the person is indifferent between the status quo and L: With probability, he or she gains $80,000 With probabilityhe or she loses S10,000 (b) If there is a 10% chance that a painting valued at $10,000 will be stolen during the next year, what is the most (per year) that the decision maker would be willing to pay for insurance covering...
Suppose that a decision maker’s utility as a function of her wealth, x, is given by U(x) = ln (2x) (where ln is the natural logarithm). The decision maker now has $10,000 and two possible decisions. For Alternative 1, she loses $1000 for certain. For Alternative 2, she gains $500 with probability 0.8 and loses $2,000 with probability 0.2. Which alternative should she choose and what is her expected utility (rounded to 2 decimals)? a.She should choose Alternative 1. Her...