<span>Expected utility is calculated by multiplying the utility of each possible outcome by its probability and summing the products. So if Terri has a 25% chance of becoming disabled and purchases a policy then her expected utility is: (.25 x $20,000) + (.75 x $80,000) = $5,000 + $60,000 = $65,000. On the other hand, if Terri does not purchase a policy then her expected utility is (.25 x $0) + (.75 x $80,000) = $0 + $60,000 = $60,000.</span>
True, because the more variables the better
Answer:
"b" is not part of the role of a forester.
Explanation:
Answer:
D. $375,000
Explanation:
Expected return of 13% for $1,000,000 will be $130,000
If we invest $375,000 in Stock X, our expected return based on 18% will be $ 67,500 and the remaining $625,000 will be invested in Stock X, therefore expected return based on 10% will be $ 62,500 and thereby giving the total return of $130,000 which is 13% of $1,000,000 and hence $375,000 will be invested in Stock X
