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Maria VanHusen, CFA, suggests that forward contracts on fixed-income securities can beused to protect the value of the Star Hospital Pension Plan’s bond portfolio against thepossibility of rising interest rates. VanHusen prepares the following example to illustratehow such protection would work:

  • A 10-year bond with a face value of \(1,000 is issued today at par value. The bond pays an annual coupon.
  • An investor intends to buy this bond today and sell it in six months.
  • The six-month risk-free interest rate today is 5% (annualized).
  • A six-month forward contract on this bond is available, with a forward price of \)1,024.70.
  • In six months, the price of the bond, including accrued interest, is forecast to fall to$978.40 as a result of a rise in interest rates

a. Should the investor buy or sell the forward contract to protect the value of the bondagainst rising interest rates during the holding period?

b. Calculate the value of the forward contract for the investor at the maturity of theforward contract if VanHusen’s bond price forecast turns out to be accurate.

c. Calculate the change in value of the combined portfolio (the underlying bond and theappropriate forward contract position) six months after contract initiation.

Short Answer

Expert verified

a. Selling futures contract

b. On the 4.98% YTM increase, the contact price in 6 months = $976.72

c. Increase in value of combined portfolio = 1.38

Step by step solution

01

Explanation on buy or sell of forward contract ‘a’

With the increase in rates, prices will fall. This will benefit the selling of futures contracts.

02

Calculation of the value of forward contracts ‘b’

$25 interest on bond will be accrued in 6 months. This will be subtracted from the price $978.40 to give the bond value of $953.40.

This implies the YTM of 5.3%

Let’s assume that the bond of the contract has 5% coupon and 10 year maturity. Hence the YTM on contract = 4.68%

This drop implies an increase in YTM of 30%.

Hence, on the 4.98% YTM increase, the contact price in 6 months = $976.72

03

Calculation of change in value of the combined portfolio ‘c’

The drop in contract price = 47.98 and (excluding accrued interest)

the drop in bond price = 46.60 (excluding accrued interest)

Thus increase in value of combined portfolio = 1.38 (because of short position in contract)

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Most popular questions from this chapter

The Excel Applications box in the chapter (available at www.mhhe.com/bkm ; link to Chapter 17 material) shows how to use the spot-futures parity relationship to find a “term structure of futures prices,” that is, futures prices for various maturity dates.

a. Suppose that today is January 1, 2012. Assume the interest rate is 1% per year and a stock index currently at 1,200 pays a dividend yield of 2%. Find the futures price for contract maturity dates of February 14, 2012, May 21, 2012, and November 18, 2012.

b. What happens to the term structure of futures prices if the dividend yield is lower than the risk-free rate? For example, what if the interest rate is 3%?

Desert Trading Company has issued \(100 million worth of long-term bonds at a fixed rate of 7%. The firm then enters into an interest rate swap where it pays LIBOR and receives a fixed 6% on notional principal of \)100 million. What is the firm’s overall cost of funds?

A call option with a strike price of \(50 on a stock selling at \)55 costs $6.50. What are the call option’s intrinsic and time values?

Return to Problem 35. Value the call option using the risk-neutral shortcut described in the box on page 533. Confirm that your answer matches the value you get using the two-state approach.

Question: You are attempting to value a call option with an exercise price of \(100 and one year to expiration. The underlying stock pays no dividends, its current price is \)100, and you believe it has a 50% chance of increasing to \(120 and a 50% chance of decreasing to \)80.

The risk-free rate of interest is 10%. Calculate the call option’s value using the two-state stock price model.

Turn back to Figure 15.1, which lists the prices of various IBM options. Use the data in the figure to calculate the payoff and the profits for investments in each of the following January 2012 expiration options, assuming that the stock price on the expiration date is $165.

a. Call option, X = 160

b. Put option, X = 160

c. Call option, X = 165

d. Put option, X = 165

e. Call option, X = 170

f. Put option, X = 170

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