Question

In: Finance

Consider an investor who owns stock XYZ. The stock is currently trading at $120. The investor...

Consider an investor who owns stock XYZ. The stock is currently trading at $120. The investor worries that the outlooks for the market and the stock are not favorable. The investor decides to protect his potential losses by using derivatives.

Assume the investor decided to purchase a European call option on stock ABC. Further assume that the current price of the stock is $130. The investor paid $10 for the call with the strike price at $155.

(A)If the stock price goes up to $160, what is the payoff to the investor?

(B) Further assumes that the investor also decided to sell a European put option on the same underlying with the same strike price of $155 and option cost of $10. What is the payoff to the investor when the stock price moves to $175? Which of the following combination of answers best capture the payoffs for situations described in A and B?

Solutions

Expert Solution

A. Current Stock Price = $130
Exercise Price of call option = $ 155
Initial Premium paid on call option = $10

If the stock price goes up to $160, call option will be exercised and payoff will be Stock Price - Exercise Price .
Payoff from call option = $160 - $155
                                                = $5
Profit from call option    = Payoff from call option – Initial Premium Paid
Profit from call option    = 5 – 10
Profit from call option    = -5


Total Payoff = Profit from call Option + Payoff from Stock
                         = -$5 + $160
                         = $155


B) The investor is also going short the put option at Exercise price of $155.
Initial Premium Received on put option = $10
Net premium paid = Initial Premium paid on call option - Initial Premium Received on put option
                                     = 10 – 10
                                     = 0

If the stock price rises above $175,
Put option will lapse and payoff will be 0.
Payoff from call option = 175- 155 = $20
Profit from Options = Payoff from call option - Payoff from put option – Net Premium paid
Profit from Options = 20 – 0 - 0
Profit from Options = 20

Payoff from Shares = 175
Total Payoff = Profit from Options + Payoff from Stock
                         = 20 + 175
                         = 195


Related Solutions

An investor owns 5,000 shares of stock AB, which is currently trading at $100 per share....
An investor owns 5,000 shares of stock AB, which is currently trading at $100 per share. The investor is fearful of a sharp decrease of the stock price. He decides to buy 50 December 95 put option at a price of $3, paying $15,000.  Note: Each put option contract provides for the right to sell 100 shares of stock. December 95 put option means that the strike price of the put is 95 and it matures in December. If IBM stock...
An investor owns 5,000 shares of stock AB, which is currently trading at $100 per share....
An investor owns 5,000 shares of stock AB, which is currently trading at $100 per share. The investor is fearful of a sharp decrease of the stock price. He decides to buy 50 December 92 put option at a price of $3, paying $15,000. Note: Each put option contract provides for the right to sell 100 shares of stock. December 92 put option means that the strike price of the put is 92 and it matures in December. If IBM...
Consider a stock (XYZ Corporation) currently trading at $50, with annualized volatility of 65%. The continuously...
Consider a stock (XYZ Corporation) currently trading at $50, with annualized volatility of 65%. The continuously compounded annualized interest rate is 4%.   The stock does not pay dividends. a)     Fill in the following table of data for 1 year options on XYZ (based on the Black-Scholes Model, representing options on 1 share of stock). Indicate what source you used for the data, so that I can double check if something looks funny: Contract Strike   Price Call 45 Put   45 Call   50...
Stock XYZ is currently trading at $50. A JUN 60 call option on the stock is...
Stock XYZ is currently trading at $50. A JUN 60 call option on the stock is quoted at $12.65. The delta on the call is 0.5866, and its gamma is 0.0085. At the same time, a JUN 65 call option on this stock is quoted at $17.75 with a delta of 0.5432 and gamma of 0.0089. You currently have a short position on the JUN 60 call for 60 contracts. The risk-free rate is 5%. (1) Construct a hedging strategy...
An investor currently owns a portfolio of stocks and expects that the stock market will be...
An investor currently owns a portfolio of stocks and expects that the stock market will be down next quarter. How does the investor minimize the risk of potential capital loss without selling the portfolio?
Jason is an investor who owns 1 share of XYZ and a sold a call option...
Jason is an investor who owns 1 share of XYZ and a sold a call option on 1 share of XYZ. The exercise price of the put option is $100 and XYZ currently trades at $99. The option premium was $3. If the price of XYZ at expiration is $50, the payoff of Jason’s position is: -$3 $0 $100 $50 $99
1. an investor considers investing in shares A and B. Stock A is currently trading at...
1. an investor considers investing in shares A and B. Stock A is currently trading at the price of $1000 with price earning ratio (PER) value of 10X, meanwhile stock B is currently trading at the price of $2000 with price earning ratio value of 20X. Its estimated that EPS stock A will increase 50% than its previous EPS in the next 3 months, while EPS stock B will decrease by 50% in the next 3 months. According to that...
You are an investor who bought a stock of the XYZ company on 2nd January 2008....
You are an investor who bought a stock of the XYZ company on 2nd January 2008. You are concerned of the significant downside risk if the stock market tumbles and want to use options to hedge your exposure. Date Strike Price Bid Price - Call Ask Price - Call Bid Price - Put Ask Price Put Stock Price 2-Jan-08 90 9.2 9.5 10.7 11 86.62 If XYZ stock price falls to $42.67 in year, what is the profit/loss of the...
Hedging with a put option Suppose that an investor owns one share of ABC stock currently...
Hedging with a put option Suppose that an investor owns one share of ABC stock currently priced at $30. The investor is worried about the possibility of a drop in share price over the next three months and is contemplating purchasing put options to hedge this risk. The put option is having a strike of $30 and premium of $1.50. Compute the profit of a a. un-hedged position if the stock price in three months is $25 b. *un-hedged position...
XYZ company has 10,000 shares of stock currently trading at $10 per share. They have a...
XYZ company has 10,000 shares of stock currently trading at $10 per share. They have a beta of 1, expected market return of 10% and a 3% risk free rate. XYZ also has 50 shares of debt outstanding currently trading at $1000 per share. Their bonds have semiannual bonds with a $1,000 par value, 5% coupon rate, and 10 years to maturity. The firm's marginal tax rate is 22 percent. Calculate the weighted average cost of capital (WACC). ENTER YOUR...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT