For this question start fresh, do not carry over data from earlier questions. You are analyzing the prospects of installing cost saving machinery. You have the following information:
The machine costs $96,000. Depreciation is calculated straight line (equal amounts) over 4 years.
Every year the machine increases cash flows by an amount 34,000. (Taxes, Opportunity Cost etc. have all been accounted for in this number. There is no Net Working Capital.)
After 3 years (when the machine has only been depreciated for 3 years and therefore the book value is not zero) the machine is sold for $30,000.
This, therefore, is a 3 year project. The rate of discount is 9% The tax rate is 40%. (Hint: Here you have to consider the income due to the salvage sale of the machinery and the taxes on this sale.) What is the NPV of installing the machinery?
Annual cashflows for 3 yrs | 34000 | ||||
Annuity PVF at 9% for 3yrs | 2.53129 | ||||
Present value of annual cashflows for 3yrs | 86063.86 | ||||
Present value of After tax salvage | |||||
Sale value | 30000 | ||||
Less: Book value (96000*1/4) | 24000 | ||||
Gain on sale | 6000 | ||||
tax on Gain on sale @ 40% | 2400 | ||||
After tax salvage value (30000-2400) | 27600 | ||||
Multipy: PVF at 9% for 3yr | 0.772183 | 21312.25 | |||
Total Present value of inflows | 107376.1 | ||||
Less: Initial Investment | -96000 | ||||
Net present value | 11376.11 | ||||
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