In: Finance
A 3 year coupon bond, issued at $946.54, pays annual coupon and has a face value of $1000. Use the standard amortization table below to answer these questions:
period | coupon | interest revenue | Balance addition | Carrying Balance |
0 | $946.54 | |||
1 | $40 | ? | $16.71 | $946.33 |
2 | $40 | $57.80 | ? | Cell E4 |
3 | $40 | $58.87 | ? | $1,000,000 |
Fill the missing number in E4
a. $941.13 b.$980.12 c. $981.13 d. 986.54 e. $1,005.41
A speculator purchased the bond for $946.54 at issuance, pocketed the first coupon at t=1 and then immediately sold the bond at its actual market price, which was different from $963.33. He managed to earn higher than YTM for his 1-year holding price. What must be the YTM for the buyer who took over the bond from the speculator, assume this buyer holds the bond for the remaining 2 years till maturity? Select the most accurate answer?
A. <7% b. <6% c. 5-6% d. 4% e. >3%
Answer 1:
Correct answer is:
c. $981.13
Explanation:
The bond maturity is 3 years. As given in the table, interest revenue for year 3 is $58.87 and coupon is $40.
Hence discount amortized in year 3 is (58.87 - 40=) $18.87
As such carrying value at the end of year 2 (missing number in E4) = 1000 - 18.87 = $981.13
Hence:
Option c is correct and other options a, b and d are incorrect.
Answer 2:
Correct answer is:
b. <6%
Explanation:
From explanation of answer 1 above, we find
Coupon rate = 40/1000 * 100 = 4%
YTM = 58.87 / 981.13 * 100 = 6%
Hence:
The amortization schedule is as follows:
Now since the seller earned higher YTM (as he sold the bond at value higher that $963.33 at the end of year 1), the buyer will have lesser than 6% YTM for the balance 2 years.
As such the buyer's YTM is <6% and option b is correct.
Option e is incorrect since it is possible that buyer's YTM is less than 3%.
Between option a and option b, option b is most appropriate since buyer's YTM cannot be higher than 6%.
Option d could be correct. But the buyer's YTM will depend on what exact amount (higher than $963.33) he bought and option b is most appropriate.