A customer has contacted you and expressed anger about the service provided by your company. During the call, you discover that
1 answer:
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Answer:
$119.56
Explanation:
We will use compound interest formula to solve this problem.
The formula is:
Where
F is the future value
P is the present amount
r is the rate of interest per period
t is the number of periods
Here,
F is the value we want, after 3 years
P is the present amount, $100
r is the rate of interest per quarter (per period)
Given r = 6% annually, so that would make:
6%/4 = 1.5% per quarter, or 1.5/100 = 0.015
Also, t is the number of quarters in 3 years, that would be 4*3 = 12
Now, substituting, we get our answer:
The first answer choice is right, $119.56
Answer: $80 million per year for 25 years
Explanation:
The option you should choose is one that will guarantee you the highest present value.
This means that you need to discount the annual payment of $80 million per year for 25 years to find the present value. As you did not include a rate, we shall assume a rate of 8% for reference purposes.
The annual payment is an annuity so the present value can be calculated by:
Present value of annuity = Annuity payment * Present value interest factor, rate, no. of years
= 80,000,000 * Present value interest factor, 8%, 25 years
= 80,000,000 * 10.6748
= $853,984,000
<em>The present value of the annual payment is more than the present value of the $850 million received today so the Annual payment should be taken. </em>
