In: Finance
Source of Capital |
Proportions |
Long-term debt |
30% |
Preferred stock |
5% |
Common stock equity |
65% |
Debt: The firm can sell a 10-year, $1,000 par value, 7 percent
bond for $950. A flotation cost of 3percent of the par value would
be required in addition to the discount of $50.
Preferred Stock: The firm has determined it can issue preferred
stock at $45 per share par value. The stock will pay an $6.5 annual
dividend. The cost of issuing and selling the stock is $2.5 per
share.
Common Stock: The firm's common stock is currently selling for $25
per share. The dividend expected to be paid at the end of the
coming year is $3.75. Its dividend payments have been growing at a
constant rate for the last five years. Five years ago, the dividend
was $1.45. It is expected that to sell, a new common stock issue
must be underpriced at $2 per share and the firm must pay $0.75 per
share in flotation costs.
Additionally, the firm's marginal tax rate is 20 percent. Calculate
the firm's weighted average cost of capital assuming the firm has
exhausted all retained earnings.
Please solve not EXCEL
After-tax cost of debt, kd |
Using the formula to find the present value of bonds, |
Present value/Current market price of the bond=PV of future coupons+PV of face value at maturity |
ie.PV/Price=(Pmt.*(1-(1+r)^-n)/r)+(FV/(1+r)^n) |
where,PV/Price is the net proceeds, net of flotation costs, from issue, ie. 950-(3%*1000)= $ 920 |
Pmt.= The $ annual coupon --ie. 1000*7%= $ 70 |
r=Annual before-tax yield or effective interest rate--- to be found out----?? |
n= no.of years to maturity, ie. 10 |
FV=face value= $ 1000 |
Plugging-in the values in the formula, |
ie.920=(70*(1-(1+r)^-10)/r)+(1000/(1+r)^10)= |
Solving the above for r,we get the Annual before-tax yield/cost as |
8.20319% |
So, the after-tax cost= Before-tax cost*(1-Tax rate) |
ie.8.20319%*(1-20%)= |
6.56% |
NOTE: As nothing to the contrary is given, Annual coupons assumed |
Cost of Preferred stock, kps |
kps=$ dividend/Net proceeds of issue |
where,Net proceeds of issue=(Price-Cost of issuing & selling) per share |
so, kps=6.5/(45-2.5)= |
15.29% |
Cost of common stock, ke |
Foll.details are given: |
Dividend expected to be paid at the end of the coming year is $3.75 |
Five years ago, the dividend was $1.45 |
So,We are in Yr.0 |
Dividend payments have been growing at a constant rate for the last five years |
so, the constant growth g, of dividends, in these in-between 5 years is; |
can be got by forming an equation as below, |
1.45*(1+g)^6=3.75 |
solving g, we get the grwoth rate as |
17.16% |
NOTE: As nothing is told about the 6th year , growth rate calculated equating to $ 3 75 at this yr. end |
Now, ke=(D1/P0)+g |
where , D1= Next dividend, ie. $ 3.75 |
P0=Net proceeds of issue after under pricing & flotation cost,ie. 25-2-0.75= $ 22.75 |
g= 17.16% as found out above |
so, ke=(3.75/22.75)+17.16%= |
33.64% |
Now, WACC= (Wt.d*kd)+(wt.ps*kps)+(Wt.e*ke) |
ie.(30%*6.56%)+(5%*15.29%)+(65%*33.64%)= |
24.60% |
(ANSWER) |