To solve for the semimonthly payments on Max's insurance cost:
Annual insurance rate: $11,700
Employer pays 60%
What is Max's amount to pay?
(11,700)(.60) = $7,020
Max's employer pays $7,020
Max pays $4,680 (11,700-7,020)
If Max pay's $4,680 a year and we want to know but he pays semimonthly, or twice a month then we need to divide his annual payment by 24 since there are 12 months and he pays twice a month.
($4,680/24)= $195
Max pays $195 semimonthly for his insurance.
Increased
It’s a positive number
<span>It would be: $3 million ($10 million in cost less $7 million in payment)</span>
Answer:
the expected return from the investment is higher than that of those investments whose standard deviation is greater than zero.
Explanation:
As for the coefficient of variation which clearly defines the difference in values from the mean value in the data set.
It clearly defines as standard deviation/mean.
Where standard deviation is 0 the coefficient will also be 0 which shall represent the risk associated with it.
The least the coefficient of variation the least the risk with maximum return.
Thus, the correct statement will be concluding that the expected return from this investment will be higher than the returns from the project in which standard deviation is more than 0.
