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Several Investment Committee members have asked about interest rate swap agreements and how they are used in the management of domestic fixed-income portfolios.

a. Define an interest rate swap, and briefly describe the obligation of each party involved.

b. Cite and explain two examples of how interest rate swaps could be used by a fixed income portfolio manager to control risk or improve return.

Short Answer

Expert verified

a. An exchange of interest rates between two parties

b. For swapping with fixed rate by paying floating rate

Step by step solution

01

Definition of interest rate SWAP and obligations for (a)

The interest rate swap refers to an exchange of interest rates between two parties. In such a swap, one party agrees to pay a fixed rate of interest on notional principal, while the other party pays a floating rate on the same notional principal.

For example, in a swap with a fixed rate of 5% and notional principal of $10 million, the net cash payment for the firm that pays fixed rate and receives floating rate would be (LIBOR - .05) x 10 million

02

Examples of interest rate swaps (b)

a. A portfolio manager having worries on interest rate increase and resultant loss can swap to pay fixed rate and receive floating rate. This way he can convert holdings into a synthetic floating rate portfolio.

b. A pension fund manager has examined some securities in money market that pay good yield as compared to other risky short-term securities. A fund manager with comparable risk short-term securities who later believe these securities to be appropriate might swap them for a fixed rate by paying a floating rate.

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Most popular questions from this chapter

We said that options can be used either to scale up or reduce overall portfolio risk. What are some examples of risk-increasing and risk-reducing options strategies? Explain each.

You write a call option with X = \(50 and buy a call with X = \)60. The options are on the same stock and have the same expiration date. One of the calls sells for \(3; the other sells for \)9.

a. Draw the payoff graph for this strategy at the option expiration date.

b. Draw the profit graph for this strategy.

c. What is the break-even point for this strategy? Is the investor bullish or bearish on the stock?

A collar is established by buying a share of stock for \(50, buying a six-month put option with exercise price \)45, and writing a six-month call option with exercise price \(55. Based on the volatility of the stock, you calculate that for an exercise price of \)45 and maturity of six months, N (d1) = .60, whereas for the exercise price of \(55, N (d1) = .35.

a. What will be the gain or loss on the collar if the stock price increases by \)1?

b. What happens to the delta of the portfolio if the stock price becomes very large? Very small?

Ken Webster manages a $200 million equity portfolio benchmarked to the S&P 500 Index. Webster believes the market is overvalued when measured by several traditional fundamental/economic indicators. He is therefore concerned about potential losses but recognizes that the S&P 500 Index could nevertheless move above its current 883 level.

Webster is considering the following option collar strategy:

  • Protection for the portfolio can be attained by purchasing an S&P 500 Index put with a strike price of 880 (just out of the money).
  • The put can be financed by selling two 900 calls (further out-of-the-money) for every put purchased.
  • Because the combined delta of the two calls (see the following table) is less than 1 (that is, 2 x .36 = .72), the options will not lose more than the underlying portfolio will gain if the market advances.

The information in the following table describes the two options used to create the collar.

a. Describe the potential returns of the combined portfolio (the underlying portfolio plus the option collar) if after 30 days the S&P 500 Index has:

i. Risen approximately 5% to 927.

ii. Remained at 883 (no change).

iii. Declined by approximately 5% to 841.

(No calculations are necessary.)

b. Discuss the effect on the hedge ratio (delta) of each option as the S&P 500 approaches the level for each of the potential outcomes listed in part ( a ).

c. Evaluate the pricing of each of the following in relation to the volatility data provided:

i. The put

ii. The call

The common stock of the C.A.L.L. Corporation has been trading in a narrow range around \(50 per share for months, and you believe it is going to stay in that range for the next three months. The price of a three-month put option with an exercise price of \)50 is \(4, and a call with the same expiration date and exercise price sells for \)7.

a. What would be a simple options strategy using a put and a call to exploit your conviction about the stock price’s future movement?

b. What is the most money you can make on this position? How far can the stock price move in either direction before you lose money?

c. How can you create a position involving a put, a call, and riskless lending that would have the same payoff structure as the stock at expiration? The stock will pay no dividends in the next three months. What is the net cost of establishing that position now?

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