In: Finance
Problem 5 ():
Below is a table of the prices of a set of Treasury STRIPS (per $1000 in face value). Recall that Treasury STRIPS are zero-coupon bonds with no risk of default.
Maturity (in years) Price (per $1000 in face)
3 $915.14
4 $871.44
5 $821.93
6 $767.90
| a.First, we shall find the yield to maturity of the 5 year treasury STRIP for the given price of $ 821.93 | 
| which is required to discount the coupon cash flows of the 5 year corporate bond | 
| ie. | 
| 821.93=1000/(1+r)^5 | 
| (1+r)^5=(1000/821.93) | 
| r=(1000/821.93)^(1/5)-1 | 
| 4.00% | 
| So, the price of the 5 yr. corporate bond= | 
| 821.93+((1000*5%)*(1-1.04^-5)/0.04)= | 
| 1044.52 | 
| b. Given the price of the 5 yr. corporate bond as in a. , ie. 1044 52, | 
| YTM on the bond is | 
| 1044.52=((1000*5%)*(1-(1+r)^-5)/r)+(1000/(1+r)^5) | 
| Solving for r, we get the same | 
| 4% | 
| c. Now, if the market price of the above bond is $ 1010 | 
| then the supposed YTM on the bond is | 
| 1010=((1000*5%)*(1-(1+r)^-5)/r)+(1000/(1+r)^5) | 
| Solving for r, we get that YTM as | 
| 4.78% | 
| d. YES.The market thinks that there is risk of default ---as it is evident from the price, that they require a higher yield, ie. 4.78% > 4% | 
| Likelihood of default=(1-Recovery Rate) | 
| ie. (1-75%)=25% | 
| (Answer) | 
| In money terms, | 
| the difference between the prices as per a & c | 
| ie.(1044.52-1010)/1044.52= | 
| 3.30% | 
| (difference between should-be price & current market price) |