Base Depreciation Depreciation
1……………………………….. $2,800,000 x .200 = $560,000
Then combine the data into a table similar to Table 12-11.
Year 1 Year 2 Year 3 Year 4 Year 5 Year 6
2. The discount rate will be based on the coefficient of variation of the first year’s sales.
The standard deviation was given as $1,226,000 and the expected value is $2,500,000.
The coefficient of variation is:
4904.
000,500,2
000,226,1$
Examining Figure 3 for a coefficient of variation of .4904, the discount rate should be 14 percent.
3. We next determine net present value.
Year
Cash flow
(inflows)
Present Value
Factor (14%)
Present
Value
1…………………………………. $ 685,400 .877 $ 601,096
2…………………………………. 898,640 .769 691,054
3…………………………………. 895,584 .675 604,519
4…………………………………. 964,840 .592 571,185
5…………………………………. 1,050,376 .519 545,145
6…………………………………. 1,090,202 .456 497,132
Present value of inflows ……………………………………… $3,510,131
Present value of inflows…………………………………………….. 3,510,131
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