In: Finance
You are required to use a financial calculator or spreadsheet (Excel) to solve 10 problems related to the cost of capital. You are required to show the following 3 steps for each problem: (i) Describe and interpret the assumptions related to the problem. (ii) Apply the appropriate mathematical model to solve the problem. (iii) Calculate the correct solution to the problem. Round all answers to two decimal places.
Lee Airlines plans to issue 25-year bonds with a par value of $1,000 that will pay $40 every six months. The bonds have a market price of $970. Flotation costs on new debt will be 6%. If the firm is in the 35% marginal tax bracket, what is cost of new debt?
Redemption price (face value) of bond | 1000 | |
Market price of bond | 970 | |
Flotation cost | 6% | =6%*1000 |
Flotation cost | 60 | |
Income from bond for Lee | 910 | =970-60 |
Coupon payment | 40 | |
Coupon frequency | Semi-annual | |
Yearly coupon payment | 80 | |
Coupon rate | 8% | =80/1000 |
Maturity (years) | 25 | |
Maturity date | 4/5/2044 | |
Settlement date | 4/5/2019 | |
Yield | 8.90% | =YIELD(4/5/19,4/5/44,8%,910,1000,2(semiannual),1) |
Pre-tax cost of debt for Lee | 8.90% | |
Tax rate | 35% | |
Post-tax cost of debt for Lee | 5.79% | =9.11*(1-35%) |
Lee gets to deduct the interest payments from taxable income.
Hence, the cost of debt for them is the after tax cost of debt. Pre
tax cost of debt is the yield on the bonds as this is the effective
rate applicable for Lee. Notice that the yield is higher than
coupon rate as Lee does not receive 100% of face value from the
bond floatation. It receives only the market price of the bond less
the flotation cost. Another way of calculating yield is to
calculate IRR for 25 year period where- initial payment is the
income from bond floatation, period payments are the semi-annual
coupons, and the terminal value is face value. The initial payment
should be marked as -ve here as this is income while coupon and
principal repayment are expenses. The IRR obtained this way is the
semi-annual IRR and needs to be multiplied by 2 to get the annual
yield