In: Finance
Hastings Corporation is interested in acquiring Vandell Corporation. Vandell has 1 million shares outstanding and a target capital structure consisting of 30% debt; its beta is 1.45 (given its target capital structure). Vandell has $8.75 million in debt that trades at par and pays an 7.7% interest rate. Vandell’s free cash flow (FCF0) is $2 million per year and is expected to grow at a constant rate of 5% a year. Vandell pays a 40% combined federal and state tax rate. The risk-free rate of interest is 5% and the market risk premium is 6%. Hastings’ first step is to estimate the current intrinsic value of Vandell.
What are Vandell’s cost of equity and weighted average cost of
capital? Round your answer to two decimal places. Do not round
intermediate calculations.
Cost of equity: %
WACC: %
What is Vandell's intrinsic value of operations? (Hint:
Use the free cash flow corporate valuation model.) Round your
answer to two decimal places. Do not round intermediate
calculations.
$ million
What is the current intrinsic value of Vandell's stock? Round
your answer to the nearest cent. Do not round intermediate
calculations.
$ /share
Solution: | |||
a. | Cost of equity | 13.70 | % |
WACC | 10.98 | % | |
Working Notes: | |||
Using CAPM | |||
Cost of equity | |||
= risk-free rate + risk premium x Beta | |||
Risk free rate rf = 5% | |||
Market risk premium = 6% | |||
Beta = 1.45 | |||
Cost of equity | |||
= risk-free rate + risk premium x Beta | |||
= 5% + 6% x 1.45 | |||
= 5% + 8.7% | |||
= 13.70% | |||
WACC | |||
E/V = Equity weight in capital structure = (1-0.30) = 0.70 | |||
D/V = Debt weight in capital structure =30% = 0.30 | |||
Ke = cost of equity = 13.70% | |||
Kd = cost of debt = 7.7% | |||
tax rate = 40% | |||
WACC = (E/V x Ke) + (D/V x Kd x (1-tax rate)) | |||
WACC = (0.70 x 13.70% ) + (0.30 x 7.7% x (1- 0.40)) | |||
WACC = 9.59% + 1.386% | |||
WACC = 10.976% | |||
WACC = 10.98% | |||
b. | Vandell's intrinsic value of operations | $35.14 | million |
Working Notes: | |||
Vandell's intrinsic value of operations | |||
=FCF0 x (1+g) / (WACC-g) | |||
FCF0 = $2 million | |||
g=5% | |||
WACC = 10.976% | |||
Vandell's intrinsic value of operations | |||
=FCF0 x (1+g) / (WACC-g) | |||
= $2 million x ( 1+ 0.05)/(0.10976 - 0.05) | |||
=$35.14056225 million | |||
=$35.14 million | |||
c. | Current intrinsic value of Vandell's stock | $26.39 | |
Working Notes: | |||
Current intrinsic value of Vandell's stock | |||
=Value of firm/no of share outstanding | |||
Value of firm =Vandell's intrinsic value of operations - Value of debt | |||
Value of firm =$35.14056225 million - $8.75 million | |||
Value of firm =$26.39056225 million | |||
Current intrinsic value of Vandell's stock | |||
=$26.39056225 million /1 million shares | |||
=$26.39056225 | |||
=$26.39 | |||
Please feel free to ask if anything about above solution in comment section of the question. |