12. (6 pts) An 8.000% semi-annual coupon corporate bond that matures on 3/15/25, is purchased for settlement on 4/15/21. The yield to maturity is 6.333% quoted on a street convention semiannual bond basis (APR2). Accrued interest is calculated using the 30/360 day count convention.
(a) What is the flat (clean) price of the bond on the SDT? (use the BA II Plus BOND spreadsheet)
(b) What is the accrued interest on the SDT? (use the BA II Plus BOND spreadsheet)
(c) How many days are there (“T”) in the current coupon period?
(d) How many days are there (“t”) between the last coupon date and the SDT?
(e) What is the bond’s Macauley Duration on the SDT? (use the alternative formula given on slide #50 of the chapter 4 slides and show your work). Remember to use at least 3 decimal places.
(f) What is the modified duration of the bond, to at least 3 decimal places?
13. (7 pts) For the bond in problem 12 above, if the yield to maturity rises by 65 basis points (bps), use the modified duration to calculate the new full bond price. Remember to use at least 3 decimal places.
14. (7 pts) For the bond in problem 12 above, if the yield to maturity falls by 80 basis points (bps), use the modified duration to calculate the new full bond price. Remember to use at least 3 decimal places.
15. (7 pts) A 20-year, 6.500% annual payment bond settles on a coupon date. The bond's yield to maturity is 9.400%. What is the bond’s approximate modified duration to 3 decimal places? Use yield changes of +/- 25 bps around the yield to maturity for your calculations.
16. (7 pts) Consider the bond from problem (15) above.
(a) Calculate the approximate convexity for the bond to at least 3 decimal places.
(b) Calculate the change in the full bond price for a 35 bps change in yield to at least 3 decimal places.
1. An investor purchases an annual coupon bond with a 6% coupon rate and exactly 20 years remaining until maturity at a price equal to par value. The investor’s investment horizon is eight years. The approximate modified duration of the bond is 11.470 years. What is the duration gap at the time of purchase? (Hint: use approximate Macaulay duration to calculate the duration gap) 2. An investor plans to retire in 10 years. As part of the retirement portfolio, the...
5. (6 pts) You initiated a transaction to purchase a 4.000% coupon 30-year corporate bond on Friday 8/30/2019. The maturity date of the bond is 3/25/2031 and its yield to maturity is 3.774%. Please answer the following questions about this bond. (Note: you can check your work in parts (f), (g) and (h) using the BOND spreadsheet in your calculator, but I want to see the equations setup and worked through in those parts for full credit.)(a) What are the two dates every year on which...
A bond has just been issued. The bond has an annual coupon rate of 9% and coupons are paid annually. The bond has a face value of $1,000 and will mature in 10 years. The bond’s yield to maturity is 12%. Calculate the price of the bond at the yield to maturity of 12%. Calculate a new price for the bond if the yield to maturity decreases to 10.5%. Calculate the actual change in the bond’s price as the yield...
3. You initiated a transaction to purchase a 2.875% coupon 10-year U.S. Treasury Note on Wednesday 9/6/2018. The maturity date of the note is 5/15/2026 and its yield to maturity is 2.950%. Please answer the following questions about this note. (Note: you can check your work in parts (f), (g) and (h) using the BOND spreadsheet in your calculator, but I want to see the equations setup and worked through in those parts for full credit.)(a) What are the two dates every year on...
A bond has just been issued. The bond has an annual coupon rate of 9% and coupons are paid annually. The bond has a face value of $1,000 and will mature in 10 years. The bond’s yield to maturity is 12%. e. Calculate the bond’s duration at a yield to maturity of 10.5%. f. Use the bond’s duration to calculate the approximate bond price change as the yield to maturity changes from 12% to 10.5%. g. Use the bond’s modified...
You initiated a transaction to purchase a 4.000% coupon 30-year corporate bond on Friday 8/30/2019. The maturity date of the bond is 3/25/2031 and its yield to maturity is 3.774%. Please answer the following questions about this bond. (Note: you can check your work in parts (f), (g) and (h) using the BOND spreadsheet in your calculator, but I want to see the equations setup and worked through in those parts for full credit.)(a) What are the two dates every year on which the bond...
An 8% coupon bond with 3 years to maturity has a yield of 7%. Assume that coupon is paid semi-annually and face value is $1,000. (a) Calculate the price of the bond. (Keep 2 decimal places, e.g. 90.12) (b) Calculate the duration of the bond. (Keep 4 decimal places, e.g. 5.1234) (c) Calculate this bond's modified duration. (Keep 4 decimal places, e.g. 5.1234) (d) Assume that the bond's yield to maturity increases from 7% to 7.2%, estimate the new price...
Bond Analysis Issue data Purchase date Maturity date Par value Coupon rate Frequency Market price October 12,2002 September 26,2012 November 24,2019 2279 1.5100% annually 94% All values must be rounded up to 2 decimals Characteristics Value 1 Yield to maturity <> 2 Macaulay duration <> 3 Modified duration <> 4 If the yield-to-maturity increases by 100 bps,the bond price will be changed by (calculate it precisely) <> 5 If the yield-to- maturity increases by 10 bps, the bond price will...
Consider a bond that has a 30-year maturity, an 8% coupon rate, and sells at an initial yield to maturity of 8%. Because the coupon rate equals the yield to maturity, the bond sells at par value: P = $1,000.00. Calculate the duration and the modified duration. If we assume the convexity of the bond is 212.4 and the bond’s yield increases from 8% to 10%, how much should the bond price decline?
Please copy and paste your Excel bond calculations under each relevant question. Do NOT submit an Excel spreadsheet, only your word document with your name on it. A) A 30-year Treasury bond expiring on February 15, 2048 with a 3% coupon has a yield of 5%. Calculate its price. Assume the bond’s settlement date is June 30th, 2018. B) You want to buy a bond that pays an annual coupon of 4.2% on March 31st of each year. On June...