In: Finance
Michael took out a loan for $35,500 today. The interest rate on the loan was an APR of 12% compounded monthly. Michael pays annual payments of $9,800, how many years will it take before Michael pays back the loan?
a. |
4.56 |
|
b. |
5.03 |
|
c. |
6.25 |
|
d. |
8.10 |
|
e. |
5.15 |
Ans e. 5.15
EAR = | ( 1 + r )^n - 1 |
Compounded Monthly | |
EAR= | ( 1 + 12%/12)^12 - 1 |
EAR= | 12.68% |
P = | Periodic Payments |
r = | rate of interest |
n = | no of periods |
Annuity PV Factor = | P [ 1 - ( 1 + r )^-n ] |
r | |
35500 = | 9800 * ( 1 - ((1 / (1 + 12.68%)^n))) |
12.68% | |
35500 / 9800 = | ( 1 - ((1 / (1 + 12%/12)^n))) |
0.1268 | |
35500 / 9800 * 0.1268 = | ( 1 - ((1 / (1 + 12%/12)^n))) |
0.459326530612245 = | ( 1 - ((1 / (1 + 12%/12)^n))) |
n = | 5.15 years |