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Optimal Capital Structure with Hamada Beckman Engineering and Associates (BEA) is considering a change in its capital structu

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(a) Existing Capital Structure: Debt = $ 20 million, Stock Price = $ 40, Number of Shares Outstanding = N = 2 million

Value of Equity = Stock Price x N = 40 x 2 = $ 80 million

Debt to Equity Ratio (DE) = DE1 = 20/80 = 0.25

Cost of Existing Debt = kd1 = 8%

Initial Equity Beta = B(e1) = 0.8

Tax Rate = t = 35 %

Therefore, the Unlevered Beta = Asset Beta = B(a) = B(e1) / [1+(1-t) x (DE1)] = 0.8 / [1+(1-0.35) x (0.25)] = 0.68817

(b) New Debt Level = 45 %, New Debt-to-Equity Ratio = DE2 = [0.45/(1-0.45)] = 0.81818

New Levered Beta = B(e2) = B(a) x [1+(1-t) x (DE2)] = 0.68817 x [1+(1-0.35) x (0.81818)] = 1.05415

Risk-Free Rate = Rf = 7 % and Market Risk Premium = MRP = 6 %

Therefore, Cost of Equity = ke = Rf + B(e2) x (MRP) = 7 + 1.05415 x 6 = 13.3249 % ~ 13.325 %

(c) EBIT = $ 12.168 million and Tax Rate = 35 %, as the firm pays out all of its earnings as dividends, the firm is a no-growth firm, thereby implying that the EBIT will remain constant at the existing level forever.

NOPAT = EBIT x (1-Tax Rate) = 12.168 x (1-0.35) = $ 7.9092 million

Debt Value = D = 45 % or 0.45 and Equity Value = E = 1 - 0.45 = 0.55, New Cost of Debt = kd2 = 11%,

Therefore, New WACC = kd2 x D x (1-t) + ke x E = 11 x 0.45 x (1-0.35) + 13.325 x 0.55 = 10.546 %

Firm Value = NOPAT / WACC = 7.9092 / 0.10546 = $ 74.99566 million ~ $ 74.99 million

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