(4) Calculation of WACC
WACC = (cost of equity x weight of equity + cost of debt (1-tax) x weight of debt)
WACC = (10.88% x 0.55) + (10.84% (1-tax) x 0.45)
WACC = (5.984%) + (10.84% (1-0.25) x 0.45)
WACC = (5.984% + 3.658%)
therefore WACC = 9.642%
Notes:
a) Calculation of cost of equity
Cost of equity could be found out using two approaches as per the information given in the question
Approach 1 : Cost of equity using capital asset pricing model
As per CAPM we have, Rf + Beta x Market risk premium
Risk free rate = 0.06 or 6%
MRP = 0.0975 or 9.75%
Beta = 0.5
CAPM = 6% + 0.5 x 9.75%
= 10.875% or 10.88%
Approach 2 : Cost of equity using gordon's growth rate model
As per gordon's model we have,
p0 = D0 (1+g) / Ke - g
where,
p0 = $120
D0 = 2.98
g = 0.055 or 5.5%
therefore, 120 = 2.98 (1+0.055) / Ke - 0.055
by solving the above formula, Ke or cost of equity will be 8.12%
Since the company is planning a major expansion program, hence it is a risky project and since it is a risky project the shareholders expectation will be higher and so should be the cost of capital, since risky projects should be discounted using higher discount rates hence the cost of equity will be 10.88%.
b) Calculation of cost of debt
Cost of debt could be found out using internal rate of return by applying hit and trial method
Case 1: Let IRR be 5%
We know that Net present value = Present value of cash inflows - Present value of cash outflows
Given:
Face Value = $1000
Coupon rate = 4% (since the payment is to be made semi annually, we will divide the coupon rate of 8% by 2)
Yield to maturity = 5% (since the payment is to be made semi annually, we will divide the Yield to maturity of 10% by 2)
Current value of bond = $898.54
maturity years = 20 yrs (since the payment is to be made semi annually, we will multiply the maturity yrs of 10 by 2)
898.54 = (40 x (PVAF 5% , 20yrs) + (1000 x (PVF 5%, 20th year)
898.54 = (40 x 12.46) + (1000 x 0.3769)
898.54 = (498.40 + 376.90)
therefore NPV = +23.24
Case 2: Let IRR be 2.5%
Face Value = $1000
Coupon rate = 4% (since the payment is to be made semi annually, we will divide the coupon rate of 8% by 2)
Yield to maturity = 2.5% (since the payment is to be made semi annually, we will divide the Yield to maturity of 5% by 2)
Current value of bond = $898.54
maturity years = 20 yrs (since the payment is to be made semi annually, we will multiply the maturity yrs of 10 by 2)
898.54 = (40 x (PVAF 2.5% , 20yrs) + (1000 x (PVF 2.5%, 20th year)
898.54 = (40 x 15.59) + (1000 x 0.610)
898.54 = (623.60 + 610)
therefore NPV = -335.06
Using the IRR method we have,
IRR = Lower rate + lower rate NPV / (Lower rate NPV - higher rate NPV ) x (Higher rate - Lower rate)
IRR = 2.5 + (335.06) / (-335.06 - 23.24) x (5% - 2.5%)
IRR = 4.84%
Now we will add the bond risk premium of 6% as given in the question and the effective pre - tax cost of debt will be (4.84% + 6%) that is 10.84%.
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