Given the following cash flows:
Year |
0 |
1 |
2 |
3 |
CF |
-3,500 |
600 |
1,000 |
Cash flow will grow at a constant rate g=6% |
We choose the following capital structure plan:
Debt |
Equity |
|
Plan |
30% |
70% |
Equity Benchmark:
The unlevered beta is 2, tax rate is 40%. Market Return is 16%, risk-free rate is 3%.
Debt Benchmark:
Par:100, Annual Coupon: 6%, 10-year to maturity, Selling at $88.43
What is the NPV of the project?
a |
1728.42 |
|
b |
917.53 |
|
c |
2231.98 |
|
d |
860.42 |
Levered Beta = 2[1 + (1 - 0.40)(0.30/0.70)]
Levered Beta = 2.514
As per CAPM Model,
Cost of Equity = Rf + Beta(Rm - Rf)
Cost of Equity = 0.03 + 2.514(0.16 - 0.03)
Cost of Equity = 35.69%
Calculating Cost of debt,
Using TVM Calculation,
I = [FV = 100, T = 10, PMT = 6, PV = 88.43]
Cost of Debt = 7.70%
WACC = 0.30(1 - 0.40)(0.077) + 0.70(0.3569)
WACC = 26.37%
So,
Value of Project = -3,500 + 600/(1.2637) + 1,000/(1.2637)2 + 1,000(1.06)/(0.2637 - 0.06)(1.2637)2
Value of Project= $860.42
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