In: Accounting
Ross Corporation is thinking of opening a new warehouse. The new equipment required has a net cost (depreciable basis) of €125,000. In addition, the company owns the building that would be used, and it could sell it for €130,000 after taxes if it decides not to open the new warehouse. The equipment for the project would be depreciated by the straight-line method over the project's 4-year life, after which it would be worth nothing and thus it would have a zero-salvage value. No new working capital would be required, and sales revenues (€160,000) and other operating costs (€50,000) would be constant over the project's 4-year life. The project’s cost of capital is 12%, and the tax rate is 35%. Based on Ross Corporation data, answer the questions
What is the annual cash flow of the project for years 1 to 4?
What is the project’s NPV (no decimal, no rounding)?
What is the project’s pay-back period (two decimals, no rounding)?
| Tax rate | 35% | ||||||
| Calculation of annual depreciation | |||||||
| Depreciation | Year-1 | Year-2 | Year-3 | Year-4 | Total | ||
| Cost | $ 125,000 | $ 125,000 | $ 125,000 | $ 125,000 | |||
| Dep Rate | 25.00% | 25.00% | 25.00% | 25.00% | |||
| Depreciation | Cost * Dep rate | $ 31,250 | $ 31,250 | $ 31,250 | $ 31,250 | $ 125,000 | |
| Calculation of annual operating cash flow | |||||||
| Year-1 | Year-2 | Year-3 | Year-4 | ||||
| Sale | $ 160,000 | $ 160,000 | $ 160,000 | $ 160,000 | |||
| Less: Operating Cost | $ 50,000 | $ 50,000 | $ 50,000 | $ 50,000 | |||
| Contribution | $ 110,000 | $ 110,000 | $ 110,000 | $ 110,000 | |||
| Less: Depreciation | $ 31,250 | $ 31,250 | $ 31,250 | $ 31,250 | |||
| Profit before tax (PBT) | $ 78,750 | $ 78,750 | $ 78,750 | $ 78,750 | |||
| Tax@35% | PBT*Tax rate | $ 27,563 | $ 27,563 | $ 27,563 | $ 27,563 | ||
| Profit After Tax (PAT) | PBT - Tax | $ 51,188 | $ 51,188 | $ 51,188 | $ 51,188 | ||
| Add Depreciation | PAT + Dep | $ 31,250 | $ 31,250 | $ 31,250 | $ 31,250 | ||
| Cash Profit after-tax | $ 82,438 | $ 82,438 | $ 82,438 | $ 82,438 | |||
| Calculation of NPV | |||||||
| 12.00% | |||||||
| Year | Capital | Building | Operating cash | Annual Cash flow | PV factor, 1/(1+r)^time | Present values | |
| 0 | $ (125,000) | $ (130,000) | $ (255,000) | 1.0000 | $ (255,000.00) | ||
| 1 | $ 82,438 | $ 82,438 | 0.8929 | $ 73,604.91 | |||
| 2 | $ 82,438 | $ 82,438 | 0.7972 | $ 65,718.67 | |||
| 3 | $ 82,438 | $ 82,438 | 0.7118 | $ 58,677.38 | |||
| 4 | $ 82,438 | $ 82,438 | 0.6355 | $ 52,390.52 | |||
| Net Present Value | $ (4,608.51) | ||||||
| Calculation of payback period | |||||||
| Year | Annual Cash flow | Cumulative cash flows | |||||
| 0 | $ (255,000.00) | $ (255,000.00) | |||||
| 1 | $ 82,437.50 | $ (172,562.50) | |||||
| 2 | $ 82,437.50 | $ (90,125.00) | |||||
| 3 | $ 82,437.50 | $ (7,687.50) | |||||
| 4 | $ 82,437.50 | $ 74,750.00 | |||||
| So payback period will lie in 4th year | |||||||
| Payback period | =3+(7687.50/82437.50) | ||||||
| Year | 3.09 |