SOLUTION
a.
Net present value of investment*
Present value of six $255,000** cash inflows ($255,000 x 3.9975)................. |
$1019362.50 |
Present value of $25000 at end of six years ($25000 x 0.5645)...................... |
14112.50 |
Present value of cash inflows............................................................................ |
1033475 |
Less immediate cash outflow............................................................................ |
565000 |
Net present value............................................................................................... |
$ 468475 |
*Present value factors from tables at the end of Appendix B:
3.9975 = Present value of an annuity of 1, where n = 6, i = 13%
0.4803 = Present value of 1, where n = 6, i = 13%
**Cash inflow = net income + straight-line depreciation, $165000 + $90000 # (565000-25000)/6 years
b.
Net present value of investment*
Present value of eight $123000** cash inflows ($123000 x 4.7988)........... |
$590252.40 |
Present value of $26,000 at end of eight years ($26,000 x 0.3762)............... |
9781.20 |
Present value of cash inflows......................................................................... |
600033.60 |
Less immediate cash outflow......................................................................... |
410000 |
Net present value............................................................................................ |
$190033.60 |
*Present value factors from tables at the end of Appendix B:
4.7988 = Present value of an annuity of 1, where n = 8, i = 13%
0.3762 = Present value of 1, where n = 8, i = 13%n
**Cash inflow = net income + straight-line depreciation, $75000 + $48,000 #(410000-26000)/8 years
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