In: Accounting
Sophia inherits inherited money from her grandparents. She inherits $100,000 from her grandparents, today. She has exactly 20 years to retire and she decided to put the entire amount into 20 years, 4% annual interest annuity.
A) Assume that she did not deposit any additional amount into this account, compute your account balance by the time she retires. Please compute the problem using a scientific calculator (not a financial one) using the appropriate formulas and show your calculations step by step!
B) Now assume that in addition to this initial $100,000, you also contributed $500 at the end of each month until you retire. Now, using the relevant formulas and a scientific calculator, reproduce Highlight the end balance, total principal, and total interest, step by step please!
A)
Account balance when she retires = $219,112
Future Value of a Single Payment | ||||
Formula | ||||
FVn | PVo (1+i)^n | |||
FVn | Future Value | |||
Pvo | $100,000.00 | Present Value | ||
i | 4.00% | Annual Compound interest rate | ||
n | 20 | number of years | ||
(1+i) | 1.0400 | |||
(1+i)^n | 2.191123 | |||
FVn | $219,112.31 |
B)
Besides the above calculation lets find the FV of $500 deposited each month for 20 years
Future Value of an Annuity | ||||
Formula | ||||
PMT [ (1+i)^n - 1] / i | ||||
Pmt | $500 | Payments of a fixed amount | ||
i | 0.33% | Interest Rate = 4%/12 | ||
n | 240 | no of payment period = 20*12 | ||
1+i | 1.0033 | |||
(1+i)^n | 2.2226 | |||
(1+i)^n - 1 | 1.2226 | |||
[ (1+i)^n - 1] / i | 366.7746 | |||
Future Value | $183,387.31 | |||
Hope this helps! In case of any clarifications, kindly use the comment box below