In: Finance
(Risk-adjusted NPV) The Hokie Corporation is considering two mutually exclusive projects. Both require an initial outlay of $13, 000 and will operate for 7 years. Project A will produce expected cash flows of $4,000 per year for years 1 through 7, whereas project B will produce expected cash flows of $5,000 per year for years 1 through 7. Because project B is the riskier of the two projects, the management of Hokie Corporation has decided to apply a required rate of return of 16 percent to its evaluation but only a required rate of return 7 percent to project A. Determine each project's risk-adjusted net present value.
What is the risk-adjusted NPV of project A?
Risk-adjusted NPV for Project A is $ 8,557.
Project A |
||||
Cash Flow (C) |
PV Factor Calculation |
PV Factor @ 7 % (F) |
PV (= C x F) |
|
0 |
$ (13,000) |
1/(1.07)^0 |
1 |
$ (13,000) |
1 |
$ 4,000 |
1/(1.07)^1 |
0.934579439 |
$ 3,738 |
2 |
$ 4,000 |
1/(1.07)^2 |
0.873438728 |
$ 3,494 |
3 |
$ 4,000 |
1/(1.07)^3 |
0.816297877 |
$ 3,265 |
4 |
$ 4,000 |
1/(1.07)^4 |
0.762895212 |
$ 3,052 |
5 |
$ 4,000 |
1/(1.07)^5 |
0.712986179 |
$ 2,852 |
6 |
$ 4,000 |
1/(1.07)^6 |
0.666342224 |
$ 2,665 |
7 |
$ 4,000 |
1/(1.07)^7 |
0.622749742 |
$ 2,491 |
NPV |
$ 8,557 |
Risk-adjusted NPV for Project B is $ 7,193.
Project B |
||||
Year |
Cash Flow (C) |
PV Factor Calculation |
PV Factor @ 16 % (F) |
PV (= C x F) |
0 |
$ (13,000) |
1/(1.16)^0 |
1 |
$ (13,000) |
1 |
$ 5,000 |
1/(1.16)^1 |
0.862068966 |
$ 4,310 |
2 |
$ 5,000 |
1/(1.16)^2 |
0.743162901 |
$ 3,716 |
3 |
$ 5,000 |
1/(1.16)^3 |
0.640657674 |
$ 3,203 |
4 |
$ 5,000 |
1/(1.16)^4 |
0.552291098 |
$ 2,761 |
5 |
$ 5,000 |
1/(1.16)^5 |
0.476113015 |
$ 2,381 |
6 |
$ 5,000 |
1/(1.16)^6 |
0.410442255 |
$ 2,052 |
7 |
$ 5,000 |
1/(1.16)^7 |
0.35382953 |
$ 1,769 |
NPV |
$ 7,193 |