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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?

Short Answer

Expert verified

Answer

a & b. As below

c. $56; bearish.

Step by step solution

01

Drawing a payoff graph with given information “a, b”

Position

ST< 50

50 < ST< 60

ST> 60

Long call (X=60)

0

0

ST- 60

Short call (X=50)

0

-(ST– 50)

-(ST– 50)

Total

0

-(ST– 50)

-10

From the above, it’s clear that the payoff is either zero or negative.

02

Explanation on “break even” and investor’s bullish/bearish ‘c’

The proceeds = $9 - $3 = $6

Breakeven would happen when the payoff even out the proceeds of $6.

This happens at stock price of ST= $56.

The investor is bearish as he entered into bear spread.

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Most popular questions from this chapter

Use the Black-Scholes formula to find the value of a call option on the following stock:

Time to expiration = 6 months

Standard deviation = 50% per year

Exercise price = \(50

Stock price = \)50

Interest rate = 3%

Donna Donie, CFA, has a client who believes the common stock price of TRT Materials (currently $58 per share) could move substantially in either direction in reaction to an expected court decision involving the company. The client currently owns no TRT shares, but asks Donie for advice about implementing a strangle strategy to capitalize on the possible stock price movement. A strangle is a portfolio of a put and a call with different exercise prices but the same expiration date. Donie gathers the following TRT option price data:

a. Recommend whether Donie should choose a long strangle strategy or a short strangle strategy to achieve the client’s objective.

b. Calculate, at expiration for the appropriate strangle strategy in part ( a ), the:

i. Maximum possible loss per share.

ii. Maximum possible gain per share.

iii. Break-even stock price(s).

Joseph Jones, a manager at Computer Science, Inc. (CSI), received 10,000 shares of company stock as part of his compensation package. The stock currently sells at \(40 a share. Joseph would like to defer selling the stock until the next tax year. In January, however, he will need to sell all his holdings to provide for a down payment on his new house. Joseph is worried about the price risk involved in keeping his shares. At current prices, he would receive \)40,000 for the stock. If the value of his stock holdings falls below \(35,000, his ability to come up with the necessary down payment would be jeopardized.

On the other hand, if the stock value rises to \)45,000, he would be able to maintain a small cash reserve even after making the down payment. Joseph considers three investment strategies:

a. Strategy A is to write January call options on the CSI shares with strike price \(45. These calls are currently selling for \)3 each.

b. Strategy B is to buy January put options on CSI with strike price \(35. These options also sell for \)3 each.

c. Strategy C is to establish a zero-cost collar by writing the January calls and buying the January puts.

Evaluate each of these strategies with respect to Joseph’s investment goals. What are the advantages and disadvantages of each? Which would you recommend?

a. How should the parity condition (Equation 17.2) for stocks be modified for futures contracts on Treasury bonds? What should play the role of the dividend yield in that equation?

b. In an environment with an upward-sloping yield curve, should T-bond futures prices on more distant contracts be higher or lower than those on near-term contracts?

c. Confirm your intuition by examining Figure 17.1.

In each of the following questions, you are asked to compare two options with parameters as given. The risk-free interest rate for all cases should be assumed to be 6%. Assume the stocks on which these options are written pay no dividends.

a. Which put option is written on the stock with the lower price?

(1) A

(2) B

(3) Not enough information

b. Which put option must be written on the stock with the lower price?

(1) A

(2) B

(3) Not enough information

c. Which call option must have the lower time to expiration?

(1) A

(2) B

(3) Not enough information

d. Which call option is written on the stock with higher volatility?

(1) A

(2) B

(3) Not enough information

e. Which call option is written on the stock with higher volatility?

(1) A

(2) B

(3) Not enough information

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