In: Finance
LeXnews has 15-year bonds outstanding with a face value of
$1,000 and a market price of $974. The bonds pay interest
semi-annually and have a yield to maturity of 4.03 percent. What is
the coupon rate?
A) 3.80 percent
B) 3.15 percent
C) 4.15 percent
D) 3.60 percent
E) 4.10 percent
32) The 6 percent annual coupon bonds of IPO, Inc., are selling
for $1,187. The bonds have a face value of $1,000 and mature in 11
years. What is the yield to maturity?
A) 4.68 percent
B) 3.70 percent
C) 3.88 percent
D) 4.71 percent
E) 4.64 percent
Given Face value = $ 1000
Market price = $ 974
Let Coupon rate be 2X %
Semi Annual coupon amount = $ 1000*2X%/2
= $ 10X
Duration = 15 years
No.of Coupons received = 15*2=30
YTM = 4.03%
Haly yearly YTM = 4.03% /2
= 2.015%
We know that
At YTM, Sum of the discounted value of future cash inflow is equal to the Market price of the bond
Installment | Coupon amount | Disc @ 2.015 % | Discounted Cash flows |
1 | 10X | 0.9802 | 9.802X |
2 | 10X | 0.9609 | 9.609X |
3 | 10X | 0.9419 | 9.419X |
4 | 10X | 0.9233 | 9.233X |
5 | 10X | 0.9051 | 9.051X |
6 | 10X | 0.8872 | 8.872X |
7 | 10X | 0.8697 | 8.697X |
8 | 10X | 0.8525 | 8.525X |
9 | 10X | 0.8356 | 8.356X |
10 | 10X | 0.8191 | 8.191X |
11 | 10X | 0.8030 | 8.030X |
12 | 10X | 0.7871 | 7.871X |
13 | 10X | 0.7716 | 7.716X |
14 | 10X | 0.7563 | 7.563X |
15 | 10X | 0.7414 | 7.414X |
16 | 10X | 0.7267 | 7.267X |
17 | 10X | 0.7124 | 7.124X |
18 | 10X | 0.6983 | 6.983X |
19 | 10X | 0.6845 | 6.845X |
20 | 10X | 0.6710 | 6.710X |
21 | 10X | 0.6577 | 6.577X |
22 | 10X | 0.6447 | 6.447X |
23 | 10X | 0.6320 | 6.320X |
24 | 10X | 0.6195 | 6.195X |
25 | 10X | 0.6073 | 6.073X |
26 | 10X | 0.5953 | 5.953X |
27 | 10X | 0.5835 | 5.835X |
28 | 10X | 0.5720 | 5.720X |
29 | 10X | 0.5607 | 5.607X |
30 | 10X | 0.5496 | 5.496X |
1000 | 0.5496 | 549.6 | |
Total | 223.503X+549.6 |
By solving the Equation we get
223.503X+549.6 = $ 974
223.503X = $ 974-$ 549.6
223.503X = $ 424.4
X = $ 424.4/223.503
= 1.898855%
2X ( YTM) = 1.898855*2
= 3.79771
Option A) 3.80 % is the correct answer
Part B
We know that
At YTM, Present value of future cash inflows is equal to the market price of the bond
Year | Interest | Disc @ 4.68 % | Disc @ 3.70% | Disc @ 3.88% | Disc @ 4.71% | Disc @ 4.64% |
1 | 60 | 0.95529 | 0.96432 | 0.96265 | 0.95502 | 0.95566 |
2 | 60 | 0.91258 | 0.92991 | 0.92669 | 0.91206 | 0.91328 |
3 | 60 | 0.87178 | 0.89673 | 0.89208 | 0.87103 | 0.87278 |
4 | 60 | 0.83281 | 0.86474 | 0.85876 | 0.83185 | 0.83408 |
5 | 60 | 0.79558 | 0.83389 | 0.82669 | 0.79444 | 0.79710 |
6 | 60 | 0.76001 | 0.80413 | 0.79581 | 0.75870 | 0.76175 |
7 | 60 | 0.72603 | 0.77544 | 0.76608 | 0.72457 | 0.72797 |
8 | 60 | 0.69357 | 0.74777 | 0.73747 | 0.69198 | 0.69569 |
9 | 60 | 0.66256 | 0.72109 | 0.70993 | 0.66086 | 0.66485 |
10 | 60 | 0.63294 | 0.69536 | 0.68341 | 0.63113 | 0.63536 |
11 | 60 | 0.60464 | 0.67055 | 0.65788 | 0.60274 | 0.60719 |
Total | 8.44780 | 8.90395 | 8.81745 | 8.43439 | 8.46572 |
Market price of the bond at various discount rate | |||||
Year | Cash Flows | Disc @ 4.68 % | DCF @ 4.68% | Disc @ 3.70% | DCF @ 3.70% |
1-11 | 60 | 8.44780 | 506.8677399 | 8.90395 | 534.2369515 |
11 | 1000 | 0.60464 | 604.64 | 0.67055 | 670.5538799 |
1111.50774 | 1204.790831 |
Market price of the bond at various discount rate | |||||||
Year | Cash Flows | Disc @ 3.88% | DCF @ 3.88% | Disc @ 4.71% | DCF @ 4.71% | Disc @ 4.64% | DCF @ 4.64% |
1-11 | 60 | 8.81745 | 529.0469417 | 8.43439 | 506.0632864 | 8.46572 | 507.9433349 |
11 | 1000 | 0.65788 | 657.8829777 | 0.60274 | 602.7403202 | 0.60719 | 607.1904877 |
1186.929919 | 1108.803607 | 1115.133823 |
At 3.88% present value of future cash inflows is equal to market price of the bond
So option C ) 3.88% is the correct answer.