Here,
Initial Cost = $14404
Operating Cost for 1st 6 years = $3701
Growth from year 7 in operating cost = 9%
Interest rate = 14%
So The cash flow and future value
Value | A | (1+A)^(n) | Future Value | |
Year 0 | 14404 | 14% | 6.261349104 | 90188.47249 |
Year 1 | 3701 | 14% | 5.492411495 | 20327.41494 |
Year 2 | 3701 | 14% | 4.81790482 | 17831.06574 |
Year 3 | 3701 | 14% | 4.226232298 | 15641.28574 |
Year 4 | 3701 | 14% | 3.707221314 | 13720.42608 |
Year 5 | 3701 | 14% | 3.251948521 | 12035.46148 |
Year 6 | 3701 | 14% | 2.852586422 | 10557.42235 |
Year 7 | 4034.1 | 14% | 2.502268791 | 10094.37751 |
Year 8 | 4397.2 | 14% | 2.194972624 | 9651.641653 |
Year 9 | 4792.9 | 14% | 1.925414582 | 9228.324036 |
Year 10 | 5224.3 | 14% | 1.68896016 | 8823.572982 |
Year 11 | 5694.4 | 14% | 1.481544 | 8436.574167 |
Year 12 | 6206.9 | 14% | 1.2996 | 8066.548984 |
Year 13 | 6765.6 | 14% | 1.14 | 7712.752976 |
Year 14 | 7374.5 | 14% | 1 | 7374.474337 |
SUM | 249689.8155 |
n = number of years left
For example for period 0, n = 14
i.e (1+.14)^14 = 6.2613
And Future Value = Value * (1+.A)^n
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