In: Mechanical Engineering
The following information is for a proposed project that will provide the capability to produce a specialized product estimated to have a short market (sales) life before new technology, known to be in the R&D stage, makes it obsolete:
• Capital investment of $1,000,000, composed of $420,000 of depreciable equipment and $580,000 of non-depreciable capital (land, working capital, etc.)
• Assume that the depreciable property is in the MACRS (GDS) three-year property class.
• The study period is 3 years
• Annual operating and maintenance costs are $636,000 in the first year and increase at a rate of 6% per year.
• The estimated salvage value at the end of year 3 is $280,000
• The effective tax rate (combined federal and state) is 38%
• Assume that the recovered capital (salvage value – book value) is taxed at the same rate as taxable revenue
• After tax MARR is 10% Based on an after-tax analysis using net present value, what is the minimum amount of uniform annual revenue required to justify the project economically?
**
You might find it easier to track things if year 3 is divided | ||||
into a revenue column and a salvage value column and then add those together** Use of Excel is preferred. |
For this we have to solve by trail and error, as shown below: the NPV is just positive with a revenue of 814,483
Year |
0 |
1 |
2 |
3 |
Depreciable capital |
-420000 |
|||
Non-depreciable capital |
-580000 |
|||
Revenue |
814483 |
814483 |
814483 |
|
Costs |
-636000 |
-674160 |
-714610 |
|
Depreciation % MaACRS |
33.33% |
44.45% |
14.81% |
|
Depreciation |
-139986 |
-186690 |
-62202 |
|
profit before tax |
38497 |
-46367 |
37671.4 |
|
Taxes |
-14628.9 |
17619.46 |
-14315.1 |
|
Net Income |
53125.86 |
-63986.5 |
51986.53 |
|
Add back depreciation |
139986 |
186690 |
62202 |
|
Return of non depreicable assets |
580000 |
|||
After tax salavge value |
268173.6 |
|||
Net Cash flow |
-1000000 |
193111.9 |
122703.5 |
962362.2 |
NPV |
$ 1.06 |
So, the minimum amount of uniform annual revenue required to justify the project economically is $814,483
The excel screen shot is as shown below: