Question

In: Finance

3. Suppose that call options on a stock with strike prices $40 and $45 cost $5...

3. Suppose that call options on a stock with strike prices $40 and $45 cost $5 and $4, respectively. They both have 10-month maturity. (a) How can those two call options be used to create a bull spread?

(b) What is the initial investment?

(c) Construct a table showing how payoff and profit varies with ST in 10 month, for the bull spread you created. The table should looks like this:

Stock Price Payoff Profit
ST < K1
K1 < ST < K2
ST ≥ K2

Solutions

Expert Solution

A B C D E F G H I
2
3 Option type Strike price Premium Maturity
4 Call $40 $5 10 month
5 Call $45 $4 10 month
6
7 3)
8 a)
9 Bull call spread is created by taking long position on call option with lower strike price
10 and short position on call option with higher strike rate of same maturity.
11
12 Thus the bull call spread will be created by buying the call option with strike price
13 of $40 and selling call option with strike price of $45.
14 b)
15 Total Investment required =Premium to buy $40 Call option - Premium Received from sell of $45 call option
16 =$5 - $4
17 $1 =E4-E5
18
19 Thus initial investment required is $1
20
21 c)
22
23 Call option gives option buyer the right to buy the Stock at a strike price at a specified time in future.
24
25 Payoff of Call option buyer is given by following equation:
26 Payoff of Call option = Max(ST-X,0)
27 where ST is stock price at maturity and X is exercise price
28
29 Payoff of Call option seller is given by following equation:
30 Payoff of Call option seller = -Max(ST-X,0)
31 where ST is stock price at maturity and X is exercise price
32
33 Profit of Call option buyer is given by following equation:
34 Profit of Call option = Max(ST-X,0) -c
35 where ST is stock price at maturity, X is exercise price and c is the premium paid to buy the Call option.
36
37 Profit of Call option seller is given by following equation:
38 Profit of Call option seller = -(Max(ST-X,0) -c)
39 where ST is stock price at maturity, X is exercise price and c is the premium paid to buy the Call option.
40
41 Stock Price Payoff Profit
42 ST<K1 0 ($1)
43
44 K1<ST<K2 =(ST-K1)-0 =ST-K1-5+4
45 =ST-K1 =ST-K1-1
46
47
48 ST>=K2 =(ST-K1)-(ST-K2) =(ST-K1)-5-(ST-K2)+4
49 =K2-K1 =K2-K1-1
50
51
52 Hence,
53 Stock Price Payoff Profit
54 ST<K1 0 ($1.00)
55 K1<ST<K2 =ST-40 =ST-41
56 ST>=K2 $5 $4
57

Related Solutions

Suppose that call options on a stock with strike prices $120, $140 and $160 cost $13,...
Suppose that call options on a stock with strike prices $120, $140 and $160 cost $13, $14 and $18, respectively. How can the options be used to create a Butterfly spread? Call 1 – Strike $120: Position Long or short?__________ Call 2 – Strike $140: Position Long or short?__________ Call 3 – Strike $160: Position Long or short?__________                   I.            Explain how you can built the spread and write a table that shows the profit and payoff for each option and...
8. Suppose that put options on a stock with strike prices $33 and $40 cost $2...
8. Suppose that put options on a stock with strike prices $33 and $40 cost $2 and $5, respectively. a. How can the options be used to create (a) a bull spread and (b) a bear spread? • b. Is there a maximum profit or loss for each strategy? If so, what are they? c. What are the breakeven points? d. At what range of future stock prices will the spread make profit and loss.
Six-month call options with strike prices of $35 and $40 cost $6 and $4, respectively. You...
Six-month call options with strike prices of $35 and $40 cost $6 and $4, respectively. You plan to create a bull spread call (Buying a call spread) by trading a total of 200 options? Total amount of credit or debit: ____________________ (Credit or Debit?) Maximum amount of profit or loss: _______$300*200_____________ (Profit or Loss?) Break-even stock price of this spread: ____________________ NB: show complete workings
Suppose that put options on a stock with strike prices $30 and $35 cost $4 and...
Suppose that put options on a stock with strike prices $30 and $35 cost $4 and $7, respectively. How can the options be used to create (a) a bull spread and (b) a bear spread? For both spreads, show the profit functions for the intervals defined by the strike prices, and their graphical representation.
Suppose that put options on a stock with strike prices $30 and $35 cost $4 and...
Suppose that put options on a stock with strike prices $30 and $35 cost $4 and $7, respectively. They both have 6-month maturity. (a) How can those two options be used to create a bear spread? (b) What is the initial investment? (c) Construct a table that shows the profits and payoffs for the bear spread when the stock price in 6 months is $28, $33 and $38, respectively. The table should look like this: Stock Price Payoff Profit $28...
Suppose that put options on a stock with strike prices $30 and $34 cost $4 and...
Suppose that put options on a stock with strike prices $30 and $34 cost $4 and $6, respectively. How can the options be used to create (a) a bull spread and (b) a bear spread? Construct a table that shows the profit and payoff for both spreads.
Call options on a stock are available with strike prices of $15, $17.5, and $20 and...
Call options on a stock are available with strike prices of $15, $17.5, and $20 and expiration dates in 3-months. Their prices are $4, $2, and $0.5, respectively. An investor creates a portfolio by buying call options with strike prices of $15 and $20 and selling 2 call options with strike prices of $17.5. a. Construct a table showing how profit varies with the stock price for this portfolio. b. Plot the payoff diagram?
Suppose you are given the following prices: Current stock price is $41. Call(X=40)=$4.5, Call(X=45)=$3, Put(X=$45)=$3, Put(X=$40)=$2,...
Suppose you are given the following prices: Current stock price is $41. Call(X=40)=$4.5, Call(X=45)=$3, Put(X=$45)=$3, Put(X=$40)=$2, T=1 year, risk-free interest rate=5%. All options are American type. Is there a profit opportunity based on these prices? If so, what would you do? If not, why not?
A stock, priced at $47.00, has 3-month call and put options with exercise prices of $45...
A stock, priced at $47.00, has 3-month call and put options with exercise prices of $45 and $50. The current market prices of these options are given by the following: Exercise Price Call Put 45 $4.50 $2.20 50 $2.15 $4.80 Now, assume that you already hold a sizable block of the stock, currently priced at $47, and want to hedge your stock to lock in a minimum value of $45 per share at a very low up-front initial cost. a)...
Suppose that call options on ExxonMobil stock with time to expiration 3 months and strike price...
Suppose that call options on ExxonMobil stock with time to expiration 3 months and strike price R90. ExxonMobil stock currently is R90 per share, and the risk-free rate is 4%. If you believe the true volatility of the stock is 32%, Calculate the value to call option using the Black Scholes model.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT