Problem 15-12 Below is a list of prices for zero-coupon bonds of various maturities. Maturity (Years) Price of $1,000 Par Bond (Zero-Coupon) 1 $ 974.85 2 882.39 3 847.70 a. A 5.6% coupon $1,000 par bond pays an annual coupon and will mature in 3 years. What should the yield to maturity on the bond be? (Round your answer to 2 decimal places.) b. If at the end of the first year the yield curve flattens out at 6.5%, what will be the 1-year holding-period return on the coupon bond? (Round your answer to 2 decimal places.)

a. 5.63%

b. 5.72%

Explanation:

to calculate YTM of zero coupon bonds:

YTM = [(face value / market value)¹/ⁿ] - 1

a. A 5.6% coupon $1,000 par bond pays an annual coupon and will mature in 3 years. What should the yield to maturity on the bond be?

the bond's current market price:

YTM = [C + (FV - PV)/n] / [(FV + PV)/2] = [56 + (1,000 - 999.22)/3] / [(1,000 + 999.22)/2] = (56 + 0.26) / 999.61 = 5.63%

b. If at the end of the first year the yield curve flattens out at 6.5%, what will be the 1-year holding-period return on the coupon bond?

the bond's current market price:

you invest $978.17 in purchasing the bond and you receive a coupon of $56, holding period return = $56 / $978.17 = 5.72%

urban company reports the following information regarding its production cost: units produced 37,000 units direct labor $ 30 per unit direct materials $ 35 per unit variable overhead $ 237,000 in total fixed overhead $ 127,000 in total