<span>According to the Affordable Care Act new health insurance marketplaces are established by the Patient Protection Act. This Act was put in place to let patients compare different health insurance companies and benefits to determine what is best for them. The benefits are dependent on how many people or an individual needs coverage and what type of coverage they are wanting to have. </span>
Answer:
The present worth of the cost savings if the company uses an interest rate of 15% per year on such investments is $442108.5079.
Explanation:
Present Worth = $100,000/(1 + 15%) + $100,000/(1 + 15%)^2 + $100,000/(1 + 15%)^3 + $200,000/(1 + 15%)^4 + $200,000/(1 + 15%)^5
= $442108.5079
Therefore, the present worth of the cost savings if the company uses an interest rate of 15% per year on such investments is $442108.5079.
Answer:
The alternative that should be chosen assuming identical replacement is:
Alternative B.
Explanation:
a) Data and Calculations:
Alternatives:
A B
First Cost $5,000 $9,200
Uniform Annual Benefit $1,750 $1,850
Useful life, in years 4 8
Rate of return 7% 7%
Annuity factor 3.387 5.971
Present value of annuity $5,927.25 $11,046.35
Net cash flow $927.25 $1,846.35
b) Alternative B yields a higher return than Alternative A. Since the two alternatives are based on the same rate of return, Alternative B will bring in a higher annual benefit, even when discounted to the present value.
Future Value is $7,327.20
<h3>What is compound interest ?</h3>
Compound interest is the interest on deposits that is computed using both the original principal and the interest accrued over time.
It is thought that the concept of "interest on interest" or compound interest first appeared in Italy in the 17th century. Compared to simple interest, which is just charged on the principal amount, it will cause a sum to grow more quickly.
Money grows more quickly when it is compounded, and compound interest increases as the number of compounding periods increases.
CI formula : A = P(1 + r/n)^nt
where,
P = principal balance,
r = interest rate,
n = number of times interest is compounded per time period and
t = number of time periods.
To solve this question :
A = P(1 + r/n)^nt
= 6,000 (1 + 0.02/12) 120
= USD 7,327.20
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If the standard deviation is 20.98%. The range you should expect to see with a 95 percent probability is: -31.02 percent to +52.9 percent.
<h3>Expected range of return </h3>
Expected range of return = 10.94 percent ± 2(20.98 percent)
Expected range of return =[10.94 percent- 2(20.98 percent)]; [10.94 percent + 2(20.98 percent)]
Expected range of return =(10.94 percent- 41.96 percent); (10.94 percent + 41.96 percent
Expected range of return = -31.02 percent to +52.9 percent
Inconclusion the range of returns is: -31.02 percent to +52.9 percent.
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