In: Finance
An investment project costs $17,400 and has annual cash flows of $4,400 for 6 years. If the discount rate is zero percent, the discounted payback period is __x__ years. If the discount rate is 4 percent, the discounted payback period is __y__ years. If the discount rate is 22 percent, the discounted payback period is __z__ years. (Enter 0 when there is no payback period. Round your answers to 2 decimal places. (e.g., 32.16))
What are the values for x, y and z?
(x)-Discount Payback Period if the discount rate is Zero Percent
Discount Payback Period = Initial Investment / Annual Cash Inflow
= $17,400 / $4,400
= 3.95 Years
(y)-Discount Payback Period if the discount rate is 4%
Year |
Cash Flows ($) |
Present Value Factor at 4% |
Discounted Cash Flow ($) |
Cumulative net discounted Cash flow ($) |
0 |
-17,400 |
1.00000 |
-17,400.00 |
-17,400.00 |
1 |
4,400 |
0.96154 |
4,230.77 |
-13,169.23 |
2 |
4,400 |
0.92456 |
4,068.05 |
-9,101.18 |
3 |
4,400 |
0.88900 |
3,911.58 |
-5,189.60 |
4 |
4,400 |
0.85480 |
3,761.14 |
-1,428.46 |
5 |
4,400 |
0.82193 |
3,616.48 |
2,188.02 |
6 |
4,400 |
0.79031 |
3,477.38 |
5,665.40 |
Discounted Payback = Years before full recover + (Unrecovered cash inflow at start of the year/cash flow during the year)
= 4 Year + ($1,428.46 / $3,616.48)
= 4 Year + 0.39
= 4.39
Years
(z)-Discount Payback Period if the discount rate is 22%
Year |
Cash Flows ($) |
Present Value Factor at 22% |
Discounted Cash Flow ($) |
Cumulative net discounted Cash flow ($) |
0 |
-17,400 |
1.00000 |
-17,400.00 |
-17,400.00 |
1 |
4,400 |
0.81967 |
3,606.56 |
-13,793.44 |
2 |
4,400 |
0.67186 |
2,956.19 |
-10,837.25 |
3 |
4,400 |
0.55071 |
2,423.11 |
-8,414.14 |
4 |
4,400 |
0.45140 |
1,986.16 |
-6,427.98 |
5 |
4,400 |
0.37000 |
1,628.00 |
-4,799.99 |
6 |
4,400 |
0.30328 |
1,334.42 |
-3,465.56 |
TOTAL |
13,934.44 |
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With the discount rate of 22%, The Project will not payback within 6 years. Therefore, The Discounted payback period is calculated as follows
= Initial Investment / Average Discounted cash flow
= $17,400 / ($13,934.44 / 6 Years)
= $17,400 / $2,322.41
= 7.49 Years
FINAL ANSWERS
Value of X = 3.95 Years
Value of Y = 4.39 Years
Value of X = 7.49 Years