You are working on a bid to build two city parks a year for the next three years. This project requires the purchase of $273,000 of equipment that will be depreciated using straight-line depreciation to a zero book value over the three-year project life. Ignore bonus depreciation. The equipment can be sold at the end of the project for half of what you paid for it. You will also need $23,000 in net working capital for the duration of the project. The fixed costs will be $64,500 a year and the variable costs will be $101,000 per park. Your required rate of return is 16 percent and your tax rate is 21 percent.
e. Find bid price per park, using the OCF you found in the question above.
Bid per park is $
| Tax rate | 21% | ||||||
| Calculation of annual depreciation | |||||||
| Depreciation | Year-1 | Year-2 | Year-3 | Total | |||
| Cost | $ 273,000 | $ 273,000 | $ 273,000 | ||||
| Dep Rate | 33.33% | 33.33% | 33.33% | ||||
| Depreciation | Cost * Dep rate | $ 91,000 | $ 91,000 | $ 91,000 | $ 273,000 | ||
| Calculation of after-tax salvage value | |||||||
| Cost of machine | $ 273,000 | ||||||
| Depreciation | $ 273,000 | ||||||
| WDV | Cost less accumulated depreciation | $ - | |||||
| Sale price | Half of the purchase price | $ 136,500 | |||||
| Profit/(Loss) | Sale price less WDV | $ 136,500 | |||||
| Tax | Profit/(Loss)*tax rate | $ 28,665 | |||||
| Sale price after-tax | Sale price less tax | $ 107,835 | |||||
| Calculation of annual operating cash flow | |||||||
| Year-1 | Year-2 | Year-3 | |||||
| Sale | $ - | $ - | $ - | ||||
| Less: Operating Cost | $ 101,000 | $ 101,000 | $ 101,000 | ||||
| Contribution | $ (101,000) | $ (101,000) | $ (101,000) | ||||
| Less: Fixed cost | $ 64,500 | $ 64,500 | $ 64,500 | ||||
| Less: Depreciation | $ 91,000 | $ 91,000 | $ 91,000 | ||||
| Profit before tax (PBT) | $ (256,500) | $ (256,500) | $ (256,500) | ||||
| Tax@21% | PBT*Tax rate | $ (53,865) | $ (53,865) | $ (53,865) | |||
| Profit After Tax (PAT) | PBT - Tax | $ (202,635) | $ (202,635) | $ (202,635) | |||
| Add Depreciation | PAT + Dep | $ 91,000 | $ 91,000 | $ 91,000 | |||
| Cash Profit after-tax | $ (111,635) | $ (111,635) | $ (111,635) | ||||
| Calculation of NPV | |||||||
| 16.00% | |||||||
| Year | Capital | Working capital | Operating cash | Annual Cash flow | PV factor | Present values | |
| 0 | $ (273,000) | $ (23,000) | $ (296,000) | 1.0000 | $(296,000.00) | ||
| 1 | $ - | $ (111,635) | $ (111,635) | 0.8621 | $ (96,237.07) | ||
| 2 | $ - | $ (111,635) | $ (111,635) | 0.7432 | $ (82,962.99) | ||
| 3 | $ 107,835 | $ 23,000 | $ (111,635) | $ 19,200 | 0.6407 | $ 12,300.63 | |
| Net Present Value | $(462,899.43) | ||||||
| So the after-tax bid price and its PV should be equal to $ 462,899.43 | |||||||
| Sum of PV factor for year 1-3 | 0.8621+0.7432+0.6407 | ||||||
| Sum of PV factor for year 1-3 | 2.2459 | ||||||
| Assumed Bid price per park | B | ||||||
| So PV of revenue in 3 years after the tax | B*2*2.2459*(1-21%) | ||||||
| So PV of revenue in 3 years after the tax | B*3.548522 | ||||||
| B*3.548522= | $ 462,899.43 | ||||||
| B= | 462899.43/3.548522 | ||||||
| So Bid price per park= | $ 130,448.52 | ||||||
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