In: Finance
flotation adjusted bond price = bond price*(1-cost of floatation)
=120*(1-0.03) = 116.4
Cost of debt
| K = Nx2 |
| Bond Price =∑ [(Semi Annual Coupon)/(1 + YTM/2)^k] + Par value/(1 + YTM/2)^Nx2 |
| k=1 |
| K =12x2 |
| 116.4 =∑ [(9*100/200)/(1 + YTM/200)^k] + 100/(1 + YTM/200)^12x2 |
| k=1 |
| YTM% = 6.96 |
cost of prefered equity = dividend/price = 12.8/100 = 12.8%
WACC
| After tax cost of debt = cost of debt*(1-tax rate) |
| After tax cost of debt = 6.96*(1-0.4) |
| '= 4.176 |
| Weight of equity = 1-D/A |
| Weight of equity = 1-0.6 |
| W(E)=0.4 |
| Weight of debt = D/A |
| Weight of debt = 0.6 |
| W(D)=0.6 |
| WACC=after tax cost of debt*W(D)+cost of equity*W(E) |
| WACC=4.18*0.6+12.8*0.4 |
| WACC% = 7.63 |