You intend to purchase a 3-year, $1,000 face value bond that pays interest of $39 every 6 months. If your nominal annual required rate of return is 2.2 percent with semiannual compounding, how much should you be willing to pay for this bond? O $1,181.72 O $1,171.72 O $1,161.72 O $1,191.72 O $1,201.72

You intend to purchase a 3-year, $1,000 face value bond that pays interest of $39 every 6 months. If your nominal annual required rate of return is 2.2 percent with semiannual compounding, how much should you be willing to pay for this bond? O $1,181.72 O $1,171.72 O $1,161.72 O $1,191.72 O $1,201.72

EBK CONTEMPORARY FINANCIAL MANAGEMENT

14th Edition

ISBN:9781337514835

Author:MOYER

Publisher:MOYER

Chapter6: Fixed-income Securities: Characteristics And Valuation

Section: Chapter Questions

Problem 6P

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Krystian Inc. issued 10-year bonds with a face value of $100,000 and a stated rate of 4% when the market rate was 6%. Interest was paid semi-annually. Calculate and explain the timing of the cash flows the purchaser of the bonds (the investor) will receive throughout the bond term. Would an investor be willing to pay more or less than face value for this bond?
Issue Price The following terms relate to independent bond issues: 500 bonds; $1,000 face value; 8% stated rate; 5 years; annual interest payments 500 bonds; $1,000 face value; 8% stated rate; 5 years; semiannual interest payments 800 bonds; $1,000 face value; 8% stated rate; 10 years; semiannual interest payments 2,000 bonds; $500 face value; 12% stated rate; 15 years; semiannual interest payments Required Assuming the market rate of interest is 10%, calculate the selling price for each bond issue.
a. Reset the Data Section to its initial values. The price of this bond is 1,407,831. What would it be if there were only 9 or 8 years to maturity? Use the worksheet to compute the bond issue prices and enter them in the spaces provided. Bond issue price (9 years to maturity) __________________ Bond issue price (8 years to maturity) __________________ b. Compare these prices to the bond-carrying values found in the effective interest amortization schedule you originally printed out in requirement 3. Explain the similarity. c. Click the Chart sheet tab. The chart presented shows the price behavior of this bond based on years to maturity. Explain what effect years to maturity has on bond prices. Check your explanation by trying 8% as the effective rate (cell E10) and clicking the Chart sheet tab again. Also try 9%. When the assignment is complete, close the file without saving it again. Worksheet. Modify the BONDS3 worksheet to accommodate bonds with up to 20-year maturity. Use your new model to determine the issue price and amortization schedules of a 2,000,000, 18-year, 10% bond issued to yield 9%. Preview the printout to make sure that the worksheet will print neatly, and then print the worksheet. Save the completed file as BONDST. Hint: Expand both amortization schedules to 20 years. Expand the scratch pad to 20 years. Modify FORMULA1 in cell F17 to include the new ranges. Chart. Using the BONDS3 file, prepare a line chart that plots annual interest expense over the 10-year life of this bond under both the straight-line and effective interest methods. No Chart Data Table is needed. Put A23 to A32 in the Label format and then select A23 to A32, D23 to D32, and B40 to B49 as a collection. Enter all appropriate titles, legends, formats, and so forth. Enter your name somewhere on the chart. Save the file again as BONDS3. Print the chart.
Current Yield with Semiannual Payments A bond that matures in 7 years sells for $1,020. The bond has a face value of $1,000 and a yield to maturity of 10.5883%. The bond pays coupons semiannually. What is the bond’s current yield?