Assume that the six month treasury spot rate is 1.6% APR and the one-year rate is 2% APR, both compounded semiannually. What is the price of a one year $1,000 par treasures bond with 2% coupons?
Price of the bond is the present value of future payments.
Price = (Coupon/(1+rate)) + (Future value /(1+rate))
six months rate = 1.6%/2 = 0.8%
1 year rate = (1+(2%/2))^2 -1 = 2.01%
Semiannual coupon = 1000*2%/2 =$10
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Price = (10/(1+0.8%)) + ((1000+10)/(1+2.1%))
Price = 9.9206 + 990.099
Price = 1000.02
Assume that the six month treasury spot rate is 1.6% APR and the one-year rate is...
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Given the observed yields below, what is the six-month spot rate, six months from now for a bond maturing in 1 year? 6-month par yield = 1.0% 1-year par yield = 1.5% (both are annualized) Solve using the standard bond value formula: PV = C1/(1+y1)1 + C2/(1+y2)2 + … + Cn/(1+yn)n Hint: Assume a current price of 100 and the coupon rate is equal to the 1-year yield. Use 6 decimals of precision as you work through the problem. Enter...
Suppose that you invest in a two-year Treasury bond with a coupon rate of 6% and $1,000 par. Suppose that you buy this bond at a price of exactly $1,000. You intend to hold this bond to maturity and reinvest the coupons until the bond matures. You expect to reinvest the coupons in an account that pays an APR of 2.83%, with semi-annual compounding. What is the effective annual rate of return on your investment?
In February 2015, Treasury offered a semiannually compounded 4.8% 25-year bond with yield to maturity of 2.60% (annual rate). The par value is $1,000. Recognizing that coupons are paid semiannually, a) Calculate the bond's price as of February 2015. b) Calculate the bond's price as of February 2020 (everything else stays the same)
he cash prices of six-month and one-year Treasury bills are 95.0 and 90.0, respectively. A 1.5-year bond that will pay coupons of $5 every six months currently sells for $94.84. Calculate the 1.5-year zero rate (hint, you must compute the 6-month and 1-year zero rates). a) 13.16% b) 13.63% c) 13.81% d) 13.99%
Suppose that you invest in a two-year Treasury bond with a coupon rate of 6% and $1,000 par. Suppose that you buy this bond at a price of exactly $1,000. You intend to hold this bond to maturity and reinvest the coupons until the bond matures. You expect to reinvest the coupons in an account that pays an APR of 2.01%, with semi-annual compounding. What is the effective annual rate of return on your investment? Hint: see Example 8 in...
7.
Problem 7: 1. A $1,000 par value ten-year 8% bond has semiannual coupons. The redemption value equals the par value. The bond is purchased at a premium to yield 6% convertible semiannually. What is the amount for amortization of the premium in the tenth coupon? 2. A ten-year 5% bond with semiannual coupons is purchased to yield 6% compounded semiannually. The par value and redemption value are both $1,000. What is the book value of the bond six years...
Calculate the value of a six-month futures contract on a Treasury bond. You have the following information: Six-month interest rate: 11% per year, or 5.40% for six months. Spot price of bond: 91.00. The bond pays a 9% coupon, 4.50% every six months.
Suppose the one year spot rate and two year spot rate are both 3%. a) What is the price of a two year ZCB? b) What is the price of a one year ZCB today? c) What do I expect the price of a one year ZCB to be, one year from now? Same 3 questions except now the one year spot rate is 3% and the 2 year spot rate is 4%. Same 3 questions except now the one...
Debt & Bonds
1. The table below presents the spot rates an investor
faces.
Year
Spot Rate
1
2%
2
3%
3
4%
4
5%
Assume that, for each maturity, there is a zero-coupon bond
traded in the market. These zeros pay $1,000 at their respective
maturity.
a. Is the term structure positive, inverted, or flat?
b. What is the forward rate from t=1 to t=2?
c. Suppose that the investor is expecting to receive $1 million
at t=1. This...