In: Finance
| Solution 1 | |||||
| 6% | |||||
| Year | Net cashflow | PV factor, 1/(1+r)^t | PV-Cash Flow-1 | ||
| 0 | $ (4,400.00) | 1.0000 | $ (4,400.00) | ||
| 1 | $ 2,800.00 | 0.9425 | $ 2,639.02 | ||
| 2 | $ - | 0.8883 | $ - | ||
| 3 | $ (2,660.00) | 0.8372 | $ (2,227.08) | ||
| 4 | $ 5,060.00 | 0.7891 | $ 3,992.91 | ||
| NPV | $ 4.85 | ||||
| Solution 2 | |||||
| Investment | $ 8,030.00 | ||||
| Annual cashflow | $ 1,163.55 | ||||
| Cost of capital | 12.16% | ||||
| PV of inflows= | Annual cashflow/cost of capital | ||||
| PV of inflows= | 1163.55/12.16% | ||||
| PV of inflows= | $ 9,568.67 | ||||
| NPV= | 9,568.67-8030 | ||||
| NPV= | $ 1,538.67 | ||||
| Solution 3 | |||||
| Investment | $40,700.00 | ||||
| Year-1 cashlow | $ 5,790.00 | ||||
| Growth rate | 4.64% | ||||
| Cost of capital | 11.04% | ||||
| PV of inflows= | Annual cashflow/(cost of capital-growth) | ||||
| PV of inflows= | 5790/(11.04%-4.64%) | ||||
| PV of inflows= | $90,468.75 | ||||
| NPV= | 90468.75-40700 | ||||
| NPV= | $49,768.75 |