Part 2: Present Value
In this part, calculate the present values. Use the Excel PV function to compute the present values.
Future value |
Years |
Interest rate |
Present value |
$19,500 |
16 |
6% |
? |
$47,390 |
9 |
12% |
? |
$312,200 |
13 |
11% |
? |
$629,380 |
25 |
13% |
? |
Part 2: | (See https://support.office.com/en-us/article/pv-function-23879d31-0e02-4321-be01-da16e8168cbd) | |||||||
C) | ||||||||
Rate | Nper | Pmt | FV | PV | ||||
D) | ||||||||
Future Value | Years | Interest Rate | Present Value | |||||
$19,500 | 16 | 6% | $7,676.10 | |||||
$47,390 | 9 | 12% | $17,089.31 | |||||
$312,200 | 13 | 11% | $80,395.95 | |||||
$629,380 | 25 | 13% | $29,645.03 | |||||
Present value = Future value / ( 1 + interest rate )^ no of years
Amount we must invest today = 200000 / 1.1^15 = $47,878.41
Future Vale (FV) | Years (N) | Interest rate ( I/Y) | Present Value (PV) |
19500 | 16 | 6 | 7676.102532 |
47390 | 9 | 12 | 17089.30908 |
312200 | 13 | 11 | 80395.95057 |
629380 | 25 | 13 | 29645.02705 |
Please note teh above answers have been derived after using the Financial Calculator.
Once all the inouts are in place key in CPT < PV & the present values will be displayed.
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