Which of the following statements is necessarily false for some given (non-degenerate) risky prospect, X?
An individual with convex utility of wealth will have a greater value of CE(X) than an individual with concave utility of wealth?
When utility of wealth is linear, the numeric value (ignoring units) of CE(X) – EV(X) is equivalent to the numeric value of EU(X) – U(EV(X)).
A doubling of all of X’s outcomes will result in a doubling of X’s expected value.
A doubling of all of X’s outcomes will result in a doubling of the variance of X.
Solution: An individual with convex utility of wealth will have a greater value of CE(X) than an individual with concave utility of wealth?
Explanation: A non-generate prospectus induces an expected value for wellth + of x*, will surely select for x*. The reverse will be applicable for individuals with convex utility functions i.e. U''>0, and thus are termed risk-seekers
Which of the following statements is necessarily false for some given (non-degenerate) risky prospect, X? An...
12. Which of the following statements is necessarily false for some given risky prospect, X (assume that X has more than one possible outcome)? a. An individual with convex utility of wealth will have a greater value of CE(X) than an individual with concave utility of wealth? b. When utility of wealth is linear, the numeric value (ignoring units) of CE(X) - EV(X) is equivalent to the numeric value of EU(X) - U(EV(X)). c. A doubling of all of X's...
12. Which of the following statements is necesarily fals for some given (non-degenerate) risk,y prospect, X? An individual with convex utility of wealth will have a grealer value of CIİX individual with concave utility of wealth? when utility of wealth is linear, the numeric value (ignoring units) of CE(X)-EV(X) is equivalent to the numeric value of EUX) - U(EV(X). a. than an b, 1S c. A doubling of all of X's outcomes will result in a doubling of X's expected...
Pierce has a concave utility of wealth function, u(x). Pierce prefers prospect X to prospect Y. Which of the following statements is therefore necessarily true for Pierce? CE(X) > CE(Y). U(EV(X)) > U(EV(Y)) EU(X) < EU(Y) Y is a mean preserving spread of X.
Questions 1-4 rely on the following prompt Risky Prospect Y is defined as: Y = ($0, 0.25; $8, 0.50; $64, 0.25). Marco's utility of wealth function is given by u(x) = Vx (in case the font is too small, that says "fourth root of x”). 1. What is the value of EV(Y)? 2. What is the value of SD(Y) (the standard deviation of prospect Y (Round to the nearest hundredth). 3. What is the value of EU(Y) for Marco? 4....
Risky Prospect Y is defined as: Y (S0, 0.35; S16, 0.50: $81,0.15). Marco's utility of wealth function is given by u(x)-Vx (in case the font is too small, that says "fourth root of x"). 1. What is the value of EV(Y)? 2. What is the value of SD(Y (the standard deviation of prospect Y (Round to the nearest hundredth) 3. What is the value of EU(Y) for Marco? 4. What is Marco's certainty equivalent for Y (what is the value...