Problem 3 - Bond Prices and Yields [21 marks] You are an investor who just bought...

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Problem 3 - Bond Prices and Yields [21 marks] You are an investor who just bought three newly issued bonds denominated in CAD. These bonds have the same credit quality and 10 years to maturity. The following table summarizes the characteristics of your portfolio. Bond A B с Face Value $1,000 $1,000 $1,000 Coupon Rate 0.00% 5.50% 7.50% These bonds pay coupons annually and are currently priced to yield 5.50% per annum. Your tax bracket is 30% on ordinary income and 20% on capital gains. a) What is the price of each bond today (t = 0)? [3 marks] b) Consider three different scenarios for the YTM next year (t = 1): 4.90%, 5.50% and 6.10%. i. What are the bond prices in each scenario? [3 marks] ii. Assume you liquidate your entire portfolio in one year, what would be your rate of return for each bond before taxes? [3 marks] iii. Assume you liquidate your entire portfolio in one year, what would be your rate of return for each bond after taxes? [3 marks] c) For each bond, explain if and why its price changes when the YTM remains unchanged at 5.50% from t = 0 to t = 1? (Hint: Explain in terms of mechanical price changes for discount, par and premium bonds) [3 marks] d) Based on your answers to part (b), are different bonds more attractive (on an after-tax basis) depending on the expected YTM in the future? Why? [2 marks] e) f) Assume that the issuer of Bond A is the government of Canada. Will the quoted YTM and the realized HPR at maturity (expressed as an EAR) be equal for this bond? Why? [2 marks] Now, assume that 7 years have elapsed. Bond B sells for $986.63 and it has 3 years left to maturity. Immediately after the coupon is paid, an investor purchases the bond and holds it to maturity. The investor reinvests the two remaining coupons at the following rates R(1,2)= 4.00% and R(2, 3) = 3.00%, where R(t,t + 1) is the effective annual rate from year t to year t + 1. i. ii. Calculate the YTM (expressed as an EAR). [1 mark] Calculate the realized compound yield (expressed as an EAR) for this investor.[1 mark] Problem 3 - Bond Prices and Yields [21 marks] You are an investor who just bought three newly issued bonds denominated in CAD. These bonds have the same credit quality and 10 years to maturity. The following table summarizes the characteristics of your portfolio. Bond A B с Face Value $1,000 $1,000 $1,000 Coupon Rate 0.00% 5.50% 7.50% These bonds pay coupons annually and are currently priced to yield 5.50% per annum. Your tax bracket is 30% on ordinary income and 20% on capital gains. a) What is the price of each bond today (t = 0)? [3 marks] b) Consider three different scenarios for the YTM next year (t = 1): 4.90%, 5.50% and 6.10%. i. What are the bond prices in each scenario? [3 marks] ii. Assume you liquidate your entire portfolio in one year, what would be your rate of return for each bond before taxes? [3 marks] iii. Assume you liquidate your entire portfolio in one year, what would be your rate of return for each bond after taxes? [3 marks] c) For each bond, explain if and why its price changes when the YTM remains unchanged at 5.50% from t = 0 to t = 1? (Hint: Explain in terms of mechanical price changes for discount, par and premium bonds) [3 marks] d) Based on your answers to part (b), are different bonds more attractive (on an after-tax basis) depending on the expected YTM in the future? Why? [2 marks] e) f) Assume that the issuer of Bond A is the government of Canada. Will the quoted YTM and the realized HPR at maturity (expressed as an EAR) be equal for this bond? Why? [2 marks] Now, assume that 7 years have elapsed. Bond B sells for $986.63 and it has 3 years left to maturity. Immediately after the coupon is paid, an investor purchases the bond and holds it to maturity. The investor reinvests the two remaining coupons at the following rates R(1,2)= 4.00% and R(2, 3) = 3.00%, where R(t,t + 1) is the effective annual rate from year t to year t + 1. i. ii. Calculate the YTM (expressed as an EAR). [1 mark] Calculate the realized compound yield (expressed as an EAR) for this investor.[1 mark]

Answer rating: 100% (QA)

a The price of each bond today t 0 can be calculated using the present value formula for a bond Bond A Price of Bond A Coupon Payment 1 Yield Time to Maturity Price of Bond A 0 1 0055 10 0 Bond B Pric... View the full answer