INPUTS | Outputs | Value | |
Standard deviation (Annual) σ | 20.00% | d1 | 0.5748 |
Expiration (in Years) T | 0.50 | d2 | 0.4334 |
Risk free rates (annual) r | 4.00% | N(d1) | 0.7173 |
Current stock price (S0) | $100.00 | N(d2) | 0.6676 |
Strike price (X) | $95.00 | B/S call Price | 9.5597 |
Dividend yield (annual) | 0 | B/S Put Price | 2.6786 |
Value of call option is $9.5597 or $9.56
Formulas used in excel:
IBM stock currently sells for 100 dollars per share. The implied volatility equals 20.0. The risk-free...
IBM stock currently sells for 49 dollars per share. Over 12 months the price will either go by 11.5 percent or down by -7.0 percent. The risk-free rate of interest is 4.5 percent continuously compounded. What is the value of a call option with strike price 51 and maturity 12 months? a. 0.12291 b. 1.9353 c. 2.1795 d. 1.3285
IBM stock currently sells for 49 dollars per share. Over 12 months the price will either go by 11.5 percent or down by -7.0 percent. The risk-free rate of interest is 4.5 percent continuously compounded. If you are short one call option with strike price 51 and maturity 12 months, what is the present value of a delta-neutral portfolio? 10.649 20.944 17.469 19.114
IBM stock currently sells for 49 dollars per share. Over 12 months the price will either go up by 11.5 percent or down by -7.0 percent. The risk-free rate of interest is 4.5 percent continuously compounded. If you are short one call option with strike price 51 and maturity 12 months, what is the future value in 12 months of a delta-neutral portfolio? 21.908 18.764 20.533 18.273
IBM stock currently sells for 49 dollars per share. Over 12 month(s) the price will either go up by 11.5 percent or down by -7.0 percent. The risk-free rate of interest is 4.5 percent continuously compounded. If you are short one call option with strike price 51 and maturity 12 months how many shares of stock must you buy to establish a delta-neutral position? 0.22425 0.40099 -0.20075 0.62718
Question 2 11 pts IBM stock currently sells for 49 dollars per share. Over 12 months the price will either go up by 11.5 percent or down by -7.0 percent. The risk-free rate of interest is 4.5 percent continuously compounded. If you are short one call option with strike price 51 and maturity 12 months, what is the future value in 12 months of a delta-neutral portfolio? O21.908 18.764 20.533 18.273
Question 2 11 pts IBM stock currently sells for 49 dollars per share. Over 12 months the price will either go up by 11.5 percent or down by -7.0 percent. The risk-free rate of interest is 4.5 percent continuously compounded. If you are short one call option with strike price 51 and maturity 12 months, what is the future value in 12 months of a delta-neutral portfolio? 21.908 18.764 20.533 18.273
D Question 5 11 pts IBM stock currently sells for 49 dollars per share. Over 12 months the price will either go by 11.5 percent or down by-7.0 percent. The risk-free rate of interest is 4.5 percent continuously compounded. What is the delta of a put option with strike price 51 and maturity 12 months? O-0.59901 O0.59901 0.40099 -0.40099
Question 1 11 pts IBM stock currently sells for 49 dollars per share. Over 12 month(s) the price will either go up by 11.5 percent or down by -7.0 percent. The risk-free rate of interest is 4.5 percent continuously compounded. If you are short one call option with strike price 51 and maturity 12 months how many shares of stock must you buy to establish a delta-neutral position? 0.22425 0.40099 -0.20075 O 0.62718
Consider a stock selling for $100, with volatility (standard deviation) of 30% per year. The stock pays no dividends. The risk-free continuously compounded interest rate is 4%. What is the Black-Scholes value of a call option on this stock with strike price 95 and 3-month maturity?
Consider a stock selling for $100, with volatility (standard deviation) of 30% per year. The stock pays no dividends. The risk-free continuously compounded interest rate is 4%. What is the Black-Scholes value of a call option on this stock with strike price 95 and 3-month maturity?