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a. A single stock futures contract on a non-dividend-paying stock with current price $150 has a maturity of one year. If the T-bill rate is 3%, what should the futures price be?

b. What should the futures price be if the maturity of the contract is three years?

c. What if the interest rate is 5% and the maturity of the contract is three years?

Short Answer

Expert verified

Answer

a. $154.50

b. $163.91

c. $173.64

Step by step solution

01

Calculation of future price ‘a’

F0=S01+rT

= $150(1 + .03)1

=$154.50

02

Calculation of future price ‘b’

F0=S01+rT

= $150(1 + .03)3

=$163.91

03

Calculation of future price ‘c’

TF0=S01+rT

= $150(1 + .05)3

=$173.64

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Most popular questions from this chapter

Why might individuals purchase futures contracts rather than the underlying asset?

An investor buys a call at a price of \(4.50 with an exercise price of \)40. At what stock price will the investor break even on the purchase of the call?

In this problem, we derive the put-call parity relationship for European options on stocks that pay dividends before option expiration. For simplicity, assume that the stock makes one dividend payment of $ D per share at the expiration date of the option.

a. What is the value of the stock-plus-put position on the expiration date of the option?

b. Now consider a portfolio consisting of a call option and a zero-coupon bond with the same expiration date as the option and with face value ( X + D ). What is the value of this portfolio on the option expiration date? You should find that its value equals that of the stock-plus-put portfolio, regardless of the stock price.

c. What is the cost of establishing the two portfolios in parts ( a ) and ( b )? Equate the cost of these portfolios, and you will derive the put-call parity relationship, Equation 16.3.

You purchase a Treasury-bond futures contract with an initial margin requirement of 15% and a futures price of \(115,098. The contract is traded on a \)100,000 underlying par value bond. If the futures price falls to $108,000, what will be the percentage loss on your position?

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

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