Two 1000 bonds redeemable at par at the end of the same period are bought to yield 4% convert- ible semiannually. One bond costs $1,136.78, and has a coupon rate of 5% payable semiannually. The other bond has a coupon rate of 2.5% payable semiannually. Find the price of the second bond. Hint: Write two bond price equations (use the basic formula) and from the first equation

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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1. Answer the circled one only.
Two 1000 bonds redeemable at par at the end of the same period are bought to yield 4% convert-
ible semiannually. One bond costs $1,136.78, and has a coupon rate of 5% payable semiannually.
The other bond has a coupon rate of 2.5% payable semiannually. Find the price of the second
bond. Hint: Write two bond price equations (use the basic formula) and from the first equation
solve for u. Use this to solve for the price P in the second equation.
(d) A
is priced at
1,158.47 to yield an annual nominal rate of 6% compounded semiannually. Calculate the re-
demption value of the bond. Hint: Multiply the basic formula by (1 + i)".
II. Bond Amortization
(a) Find the (negative) amortization of discount in period 4 for the bond in problem I.(a).
(b) A 10,000 par value 10-year bond with 8% annual coupons is bought at a premium to yield an
annual effective rate of 6%. Calculate the interest portion of the 7th coupon.
(c) A 10,000 par value 5 year bond with 8% semiannual coupons was bought to yield 7.5% convertible
semiannually. Determine the amount of premium amortized in the sixth coupon payment.
(d) A P 100,000 par value two-year 8% bond with semiannual coupons is bought to yield 10% con-
vertible semiannually.
(i) Create an amortization schedule for this transaction.
(ii) Find the book values of the bond using the straight line method. Hint: In this method, the
book values are linear, grading from Bo = P to Bn = C. The principal adjustment on each
time period t is constant, P₁ = PC for t = 1, 2, ..., n. Therefore, B₁ = Bt-1 – Pt.
n
(e) Do the previous problem assuming it was bought at a yield rate
III. Book Value between Two Coupon Dates
(a) A 10 year bond with semi-annual coupons has a book value immediately after the 5th coupon
of 90,000. The flat price 5 months later using the theoretical method is 94,591. Calculate the
semi-annual yield on the bond. Hint: You are being asked for the yield rate i; k = 5/6.
(b) A 10 year bond with a par value of 100,000 and semi-annual coupons 2,500 is bought at a discount
to yield 6% convertible semi-annually.
(i) Calculate the book value immediately after the 5th coupon.
(ii) Using the theoretical method, calculate the flat price, accrued coupon and market price 4
months after the 5th coupon.
Transcribed Image Text:Two 1000 bonds redeemable at par at the end of the same period are bought to yield 4% convert- ible semiannually. One bond costs $1,136.78, and has a coupon rate of 5% payable semiannually. The other bond has a coupon rate of 2.5% payable semiannually. Find the price of the second bond. Hint: Write two bond price equations (use the basic formula) and from the first equation solve for u. Use this to solve for the price P in the second equation. (d) A is priced at 1,158.47 to yield an annual nominal rate of 6% compounded semiannually. Calculate the re- demption value of the bond. Hint: Multiply the basic formula by (1 + i)". II. Bond Amortization (a) Find the (negative) amortization of discount in period 4 for the bond in problem I.(a). (b) A 10,000 par value 10-year bond with 8% annual coupons is bought at a premium to yield an annual effective rate of 6%. Calculate the interest portion of the 7th coupon. (c) A 10,000 par value 5 year bond with 8% semiannual coupons was bought to yield 7.5% convertible semiannually. Determine the amount of premium amortized in the sixth coupon payment. (d) A P 100,000 par value two-year 8% bond with semiannual coupons is bought to yield 10% con- vertible semiannually. (i) Create an amortization schedule for this transaction. (ii) Find the book values of the bond using the straight line method. Hint: In this method, the book values are linear, grading from Bo = P to Bn = C. The principal adjustment on each time period t is constant, P₁ = PC for t = 1, 2, ..., n. Therefore, B₁ = Bt-1 – Pt. n (e) Do the previous problem assuming it was bought at a yield rate III. Book Value between Two Coupon Dates (a) A 10 year bond with semi-annual coupons has a book value immediately after the 5th coupon of 90,000. The flat price 5 months later using the theoretical method is 94,591. Calculate the semi-annual yield on the bond. Hint: You are being asked for the yield rate i; k = 5/6. (b) A 10 year bond with a par value of 100,000 and semi-annual coupons 2,500 is bought at a discount to yield 6% convertible semi-annually. (i) Calculate the book value immediately after the 5th coupon. (ii) Using the theoretical method, calculate the flat price, accrued coupon and market price 4 months after the 5th coupon.
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