Part 1Stancorp has a $ 11.3$11.3 million debt issue outstanding, with a 5.8 %5.8% coupon rate. The debt has semi-annual coupons, with the next coupon is due in six months. The debt matures in five years. It is currently priced at 94 %94% of par value.a. What is Stancorp's pre-tax cost of debt? Note: Compute the effective annual return.b. If Stancorp faces a 30 %30% tax rate, what is its after-tax cost of debt? Part 1a. The pre-tax cost of debt is [input]enter your response here % per year. (Round to four decimal places.)

Question

Part 1Stancorp has a $ 11.3$11.3 million debt issue​ outstanding, with a 5.8 %5.8% coupon rate. The debt has​ semi-annual coupons, with the next coupon is due in six months. The debt matures in five years. It is currently priced at 94 %94% of par value.a. What is​ Stancorp's pre-tax cost of​ debt? Note: Compute the effective annual return.b. If Stancorp faces a 30 %30% tax​ rate, what is its​ after-tax cost of​ debt? Part 1a. The​ pre-tax cost of debt is [input]enter your response here ​% per year. ​(Round to four decimal​ places.)

BlackTom AI · Accepted Answer

Semiannual coupon = 5.8%/2 = 2.9% of par, and there are 5 years × 2 = 10 semiannual periods. Use the bond pricing relation to solve for the semiannual yield i:

Price = PV(coupons) + PV(par)  
94 = 2.9 × [1 − (1 + i)^−10]/i + 100 × (1 + i)^−10

Solve this equation for i (semiannual yield). Using a financial calculator or numerical solution (trial-and-error/Newton), the semiannual yield that satisfies the equation is approximately i = 0.0362607 (3.62607% per half-year).

Check calculation (intermediate steps):
- Compute (1 + i)^10 = (1.0362607)^10 ≈ 1.427259 → (1 + i)^−10 ≈ 0.700708
- Annuity factor = [1 − 0.700708]/0.0362607 = 0.299292 / 0.0362607 ≈ 8.2559
- PV(coupons) = 2.9 × 8.2559 ≈ 23.9421
- PV(par) = 100 × 0.700708 ≈ 70.0708
- Total PV ≈ 23.9421 + 70.0708 = 94.0129 ≈ 94 (consistent with the given price)

Convert the semiannual yield to an effective annual return (EAR):
EAR = (1 + i)^2 − 1 = (1.0362607)^2 − 1 ≈ 1.073836 − 1 = 0.073836 = 7.3836%

Why this is correct: the bond price equation yields the market semiannual yield; converting to EAR accounts for compounding within the year, which is standard when reporting the firm’s pre-tax cost of debt as an effective annual rate.

Other options: not applicable (this was a computed fill-in).

Final answer (rounded to four decimal places): 7.3836% per year (pre-tax), which matches the provided answer.

类似问题

A project has a required return of 12.6 percent, an initial cash outflow of $42,100, and cash inflows of $16,500 in Year 1, $11,700 in Year 2, and $10,400 in Year 4. What is the net present value?

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