Question

A 5-year, $1,000 face bond with a 3% coupon is currently selling with a 4% YTM...

A 5-year, $1,000 face bond with a 3% coupon is currently selling with a 4% YTM (yield to maturity). What is the purchase price of the bond?

Immediately after you purchase the bond, the reinvestment rate in the market drops to 3%. What is your realized yield on your bond investment?

What is the duration of the bond in Question?

If market yields were to drop by 1%, what is the approximate percentage change in price you would expect, based on the bond’s duration?

How long should you hold the bond, if you want to earn the 4% YTM that you thought you would get when you bought the bond?

Assume that market yields rise by 40 basis points. What do you expect to happen to the bond’s price, using modified duration?

Homework Answers

Answer #1

1.
Price of the bond=Present value of cash flows=3%*1000/4%*(1-1/1.04^5)+1000/1.04^5=955.4817767

2.

=((3%*1000/3%*(1.03^5-1)+1000)/955.4817767)^(1/5)-1
=3.9424%

3.

Duration=(1*3%*1000/1.04+2*3%*1000/1.04^2+3*3%*1000/1.04^3+4*3%*1000/1.04^4+5*3%*1000/1.04^5+5*1000/1.04^5)/955.4817767
=4.709488356

4.
=-Modified Duration*change in yields
=-Macaulay Duration/(1+ytm)*change in yield
=-4.709488356/1.04*(-1%)

=4.5284%

5.

5 years i.e., till maturity

6.

=-4.709488356/1.04*(0.40%)

=-1.8113%

Price falls by 1.8113%

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Now assume that you purchase a 5-year, $1,000 face bond with a 3.5% coupon, paid annually,...
Now assume that you purchase a 5-year, $1,000 face bond with a 3.5% coupon, paid annually, currently selling with a 4% YTM (yield to maturity).  Immediately after you purchase the bond, the reinvestment rate in the market drops to 3%.  What is your realized yield on your bond investment?
a) An HSBC bond has a face value of 1000, a coupon rate of 8%, 3...
a) An HSBC bond has a face value of 1000, a coupon rate of 8%, 3 years until maturity and a yield to maturity of 7%. Calculate bond duration. D= ? *[cash flowt/(1+YTM)t]}/price of bond where t is time to maturity and YTM stands for yield to maturity. N.B: You need to show how you have calculated duration. A single value will not suffice. b) HSBC has issued a 9-year bond with YTM of 10% and duration of 7.194 years....
A 25-year semiannual bond has 10% coupon rate and par value $1,000. The current YTM of...
A 25-year semiannual bond has 10% coupon rate and par value $1,000. The current YTM of the bond is 10%. Its Macaulay duration is 9.58 years and convexity is 141.03. (1) What is the bond’s modified duration? (2 points) (2) What is the percentage price change if interest rate were to fall 125 basis points considering both duration and convexity? (4 points) (3) What is the estimated price with 125 basis points decrease in yield? (4 points)
A coupon bond has 10-years to maturity and a YTM of 8%. If the YTM instantaneously...
A coupon bond has 10-years to maturity and a YTM of 8%. If the YTM instantaneously increases to 9%, what happens to the bond’s price and duration? The price decreases and the duration increases. The price increases and the duration decreases. The price decreases and the duration decreases. The price decreases and the duration stays the same 3- Which of the following would not be expected to cause yield spreads to widen? The firm is involved in an accounting scandal....
Considering a three year bond, with a 4% coupon, YTM of 5% and par of $1,000....
Considering a three year bond, with a 4% coupon, YTM of 5% and par of $1,000. Calculate the Macauley and Modified duration.
Currently, the Augusta National 5-year bonds are priced at par and the YTM is 4%. Economists...
Currently, the Augusta National 5-year bonds are priced at par and the YTM is 4%. Economists estimate that there is a 30% chance that yields on similarly rated bonds will fall to 3%, a 30% chance that yields will rise to 5%, and a 40% yields will stay at the current level. Assuming annual coupon payments, what is the expected 'dirty' price of this bond immediately prior to coupon distribution? What would you pay for the bond today? Is the...
Suppose you purchase a 30-year, SEK 10,000 par value, zero-coupon bond with a yield to maturity...
Suppose you purchase a 30-year, SEK 10,000 par value, zero-coupon bond with a yield to maturity (YTM) of 4.4%. You hold the bond for 9 years before selling it. (a) What is the price of the bond when you buy it? Answer: The price of the bond is SEK . (round to full SEK) (b) If the bond’s yield to maturity drops by 1% when you sell it, what is the internal rate of return of your investment? Answer: If...
(excel) Consider a 8% coupon bond making annual coupon payments with 4 years until maturity and...
(excel) Consider a 8% coupon bond making annual coupon payments with 4 years until maturity and a yield to maturity of 10%. What is the modified duration of this bond? If the market yield increases by 75 basis points, what is the actual percentage change in the bond’s price? [Actual, not approximation] Given that this bond’s convexity is 14.13, what price would you predict using the duration-with-convexity approximation for this bond at this new yield? What is the percentage error?
A 20-year, 6.500% annual payment bond settles on a coupon date. The bond's yield to maturity...
A 20-year, 6.500% annual payment bond settles on a coupon date. The bond's yield to maturity is 9.400%. (a)   What is the bond’s Macauley Duration (show your work, like you did in problem (16) above.) (b) What is the bond’s approximate modified duration? Use yield changes of +/- 30 bps around the yield to maturity for your calculations. (c) Calculate the approximate convexity for the bond. (d) Calculate the change in the full bond price for a 40 bps change...
A bond with a yield to maturity of 3% and a coupon rate of 3% has...
A bond with a yield to maturity of 3% and a coupon rate of 3% has 3 years remaining until maturity. Calculate the duration and the modified duration for this bond assuming annual interest payments and a par value of $1,000. Why is the duration of this bond higher than the 3-year 10% coupon bond yielding 10% we looked at in the notes that had a duration of 2.7 years? If the required market yield on this bond increases to...