A certain engine lathe can be purchased for ?$140,000 and depreciated over three years to a zero salvage value with the SL method. This machine will produce metal parts that will generate revenues of ?$85,000 ?(time zero? dollars) per year. It is a policy of the company that the annual revenues will be increased each year to keep pace with the general inflation? rate, which is expected to average 4?% / year ?(f equals=0.04). ?Labor, materials, and utilities totaling ?$20,000 ?(time 0? dollars) per year are all expected to increase at 8?% per year. The? firm's effective income tax rate is 55?%, and its? after-tax MARR ?(im?) is 25% per year.
Perform an? actual-dollar ?(A?$) analysis and determine the annual ATCFs of the preceding investment opportunity. Use a life of three years. What interest rate would be used for discounting? purposes?
Years | ||||
0 | 1 | 2 | 3 | |
Initial Investment | -140000 | |||
Revenues ($85,000 in year 0 with 4% increase) | 88400 | 91936 | 95613 | |
Cash Expenses ($20,000 in year 0 with 8% increase) | -21600 | -23328 | -25194 | |
Depreciation ($140,000 / 3) | -46667 | -46667 | -46667 | |
Net operating income | 20133 | 21941 | 23753 | |
Income tax (55%) | -11073 | -12068 | -13064 | |
Net income | 9060 | 9874 | 10689 | |
Add: Depreciation | 46667 | 46667 | 46667 | |
ATCF | -140000 | 55727 | 56540 | 57355 |
Years | ||||
0 | 1 | 2 | 3 | |
ATCF | -140000 | 55727 | 56540 | 57355 |
MARR | 25% | 25% | 25% | 25% |
PV factor | 1 | 0.80 | 0.64 | 0.512 |
Present Value | -140000 | 44581 | 36186 | 29366 |
Net Present Value | -29867 |
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