Consider a stock with the current market price equal to So. A trader buys a call optic the stock with exercise price K1 and short sells a put with exercise price. The trader buys a put option on the stock with K2 and short sells a call with K2, with K2>K1. Her position is equivalent to A) Borrowing the present value of K2 - K1 B) Holding the stock and borrowing the present value of K2- K1 C) Lending the present value of K2 – K1 D) Holding the stock and lending the present value of K2 – K1

Consider a stock with the current market price equal to So. A trader buys a call optic the stock with exercise price K1 and short sells a put with exercise price. The trader buys a put option on the stock with K2 and short sells a call with K2, with K2>K1. Her position is equivalent to A) Borrowing the present value of K2 - K1 B) Holding the stock and borrowing the present value of K2- K1 C) Lending the present value of K2 – K1 D) Holding the stock and lending the present value of K2 – K1

Essentials Of Investments

11th Edition

ISBN:9781260013924

Author:Bodie, Zvi, Kane, Alex, MARCUS, Alan J.

Publisher:Bodie, Zvi, Kane, Alex, MARCUS, Alan J.

Chapter1: Investments: Background And Issues

Section: Chapter Questions

Problem 1PS

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A trader buys a call option on a share for K2. The stock price is K25 and the strike price is K20. State the circumstances under which the trader will make a profit State the circumstances under which the option will be exercised
An investor makes the following three investments: (i) the purchase of a stock for £38(ii) the purchase of a put option for £0.50 with a strike price of £35 and (iii) the sale ofa call option (ie. writing a call option) for £0.50 with a strike price of £40 .(a)What is the intrinsic value and the time value of the put option, What is the maximum profit and loss for this position?
Suppose you combine two option contracts as follows. You buy a call option on a stock with an exercise price of $65 for a premium of 9$. At the same time you sell a call option on the same stock with an exercise price of $75 for a premium of $4. Both calls expire at the same time. The stock sells currently at $72. Answer the following questions about this investment strategy: 1. Determinethevalueatexpiration(thepayoffs)andtheprofitunderthefollowingoutcomes: a. The price of the stock at expiration is $78b. The price of the stock at expiration is $69c. Thepriceofthestockatexpirationis$62 2. Determine the following:a. The maximum profit b. The maximum loss 3. Determinethebreakevenstockpriceatexpiration(thestockpriceforwhichyourstrategydeliversno profit and no loss). 4. Depictthepayoffandprofitdiagramsofyourinvestmentstrategy.
show this on a diagram please. An investor makes the following three investments: (i) the purchase of a stock for £38(ii) the purchase of a put option for £0.50 with a strike price of £35 and (iii) the sale ofa call option (ie. writing a call option) for £0.50 with a strike price of £40 . What is the maximum profit and loss for this position?
Assume a stock is selling for GH¢48.50 with options available at 40, 50, and 60 strike prices.The 50 call option price is at 2.75.a. What is the intrinsic value of the 50 call?b. Is the 50 call in the money?c. Are the 40 and 60 call options in the money?
An investor makes the following three investments: (i) the purchase of a stock for £38(ii) the purchase of a put option for £0.50 with a strike price of £35 and (iii) the sale ofa call option (ie. writing a call option) for £0.50 with a strike price of £40 .(a) What is the intrinsic value and the time value of the put option.(b) What is the maximum profit and loss for this position? help me with part (b) please.
Use the put-call parity relationship to demonstrate that an at-the-money call option on a nondividend-paying stock must cost more than an at-the-money put option. Show that the prices of the put and call will be equal if S0 = (1 + r)T..
A three-step binomial tree with terminal stock prices being 1.103, 0.875, 0.695, and 0.552. At time 0, if you have the insider information that at the maturity the stock price will be 0.875. Then, will the option premium at time 0 still be same as if you don't have this information, please choose from the answers below? a) Option premium is irrelevant to the private information (about the underlying) that option holder possesses. b) As in that case, the risk neutral probability of the impossible sample paths become zero.
Case:As a speculative investor, you can make profits by combining two option trades. Assume that you expect low volatility for the Delivery Hero share (currently standing at € 104.50). Combine two of the following four possible option trades, all related to Delivery Hero stock:- (1.) Long Call or (2.) Short Call as of 16.12.22, strike price € 105, option price € 5- (3.) Long Put or (4.) Short Put as of 16.12.22, strike price € 104, option price € 4. a) Which two of these four option trades are to be chosen?b) What is the maximum profit of the speculative investor in the example you have chosen?c) At which price or in which price range of the Delivery Hero share is the maximum profit achieved?d) In which price range is the speculative investor at all in the profit zone (i.e. where are the break-even points)?
Let C be the price of a call option that enables its holder to buy one share of a stock at an exercise price K at time t; also, let P be the price of a European put option that enables its holder to sale one share or the stock for the amount K at time t. Let S be the price of the stock at time 0. Then, assuming that interest is continuously discounted at a nominal rate r, either S+P-C=Ke-rt or there is an arbitrage opportunity. Question: How do I verify that the strategy of selling one share of stock, selling one put option, and buying one call option always results in a positive win if S+P-C>Ke-rt ?
parts c, d, e Suppose an investor is considering a multi option strategy on a stock with a currentprice of $100. The following strategy is called a strangle. The investor purchases a call optionwith a strike price of $110 for a premium of $5 and purchases a put option with a strike priceof $90 for a premium of $3.a) Draw a payout diagram for the strangle option strategy at expiration.b) Determine the breakeven points for the strangle option strategy.c) Suppose the stock price at expiration is $120. What is the profit for the strangle optionstrategy?d) Suppose the stock price at expiration is $85. What is the profit for the strangle optionstrategy?e) What is the investor speculating on with her option strategy?
You use the Black-Scholes-Merton model for a put option on a stock. You calculate N(d1) = 0.60 and N(d2) = 0.56. a) What is the delta of the put option? Solution for A = -0.40 b) You short 100 put options. How would you hedge your delta exposure using the underlying stock? How many shares would you need to buy or sell?

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