Question

In: Finance

Q8. SPX index at 3000. Assume normal distribution for index price. Consider a Binary CALL option...

Q8. SPX index at 3000. Assume normal distribution for index price. Consider a Binary CALL option with strike of 3250.

a. If IV is 30%, what is fair price for the BINARY call (5 points)?

b. If the binary call is price at 0.20, what is the implied volatility (aka implied stdev) (5 points)?

Solutions

Expert Solution

Please give a thumbs up. it will help me


Related Solutions

Q8. SPX index at 3000. Assume normal distribution for index price. Consider a Binary CALL option...
Q8. SPX index at 3000. Assume normal distribution for index price. Consider a Binary CALL option with strike of 3250. a. If IV is 30%, what is fair price for the BINARY call? b.If the binary call is price at 0.20, what is the implied volatility (aka implied standard deviation)?
Q8. SPX index at 3000. Assume normal distribution for index price. Consider a Binary CALL option...
Q8. SPX index at 3000. Assume normal distribution for index price. Consider a Binary CALL option with strike of 3250. a. If IV is 30%, what is fair price for the BINARY call (5 points)? b. If the binary call is price at 0.20, what is the implied volatility (aka implied stdev) (5 points)?
Q8. SPX index at 3000. Assume normal distribution for index price. Consider a Binary CALL option...
Q8. SPX index at 3000. Assume normal distribution for index price. Consider a Binary CALL option with strike of 3250. a. If IV is 30%, what is fair price for the BINARY call (5 points)? b. If the binary call is price at 0.20, what is the implied volatility (aka implied stdev) (5 points)?
Q8. SPX index at 3000. Assume normal distribution for index price. Consider a Binary CALL option...
Q8. SPX index at 3000. Assume normal distribution for index price. Consider a Binary CALL option with strike of 3250. a. If IV is 30%, what is fair price for the BINARY call (5 points)? b. If the binary call is price at 0.20, what is the implied volatility (aka implied stdev) (5 points)?
Q8. SPX index at 3000. Assume normal distribution for index price. Consider a Binary CALL option...
Q8. SPX index at 3000. Assume normal distribution for index price. Consider a Binary CALL option with strike of 3250. a. If IV is 30%, what is fair price for the BINARY call (5 points)? b. If the binary call is price at 0.20, what is the implied volatility (aka implied stdev) (5 points)?
S&P 500 Index is at 2780. A European June 21, 2019 SPX call option struck at...
S&P 500 Index is at 2780. A European June 21, 2019 SPX call option struck at 2500 is trading at $316.94. An identical put is trading at $55.15. A T-bill with 200 days to maturity is quoted at a yield of 2.46. From the T-bill, calculate the discount factor Use the discount factor from part a to check the lower-bound condition for the call and the put Use the discount factor from part a to check put-call parity. Design a...
Suppose you buy one SPX call option with a strike of 2135 and write one SPX...
Suppose you buy one SPX call option with a strike of 2135 and write one SPX call option with a strike of 2195. What are the payoffs at maturity to this position for S&P 500 Index levels of 2050, 2100, 2150, 2200, and 2250? (A negative value should be indicated by a minus sign. Leave no cells blank - be certain to enter "0" wherever required.) Index level          Long call payoff Short call payoff              Total payoff 2050                                       2100                                       2150                                       2200                                      ...
Suppose you buy one SPX call option with a strike of 2140 and write one SPX...
Suppose you buy one SPX call option with a strike of 2140 and write one SPX call option with a strike of 2185. What are the payoffs at maturity to this position for S&P 500 Index levels of 2050, 2100, 2150, 2200, and 2250? (A negative value should be indicated by a minus sign. Leave no cells blank - be certain to enter "0" wherever required.) Index level Long call payoff Short call payoff Total payoff 2050 0 2100 0...
Assume that the stock price is $56, call option price is $9, the put option price...
Assume that the stock price is $56, call option price is $9, the put option price is $5,   risk-free rate is 5%, the maturity of both options is 1 year , and the strike price of both options is 58. An investor  can __the put option, ___the call option, ___the stock, and ______ to explore the arbitrage opportunity.   A. sell, buy, short-sell, lend B. buy, sell, buy, borrow C. sell, buy, short-sell, borrow D. buy, sell, buy, lend
Consider a call option on a stock, the stock price is $23, the strike price is...
Consider a call option on a stock, the stock price is $23, the strike price is $20, the continuously risk-free interest rate is 9% per annum, the volatility is 39% per annum and the time to maturity is 0.5. (i) What is the price of the option? (6 points). (ii) What is the price of the option if it is a put? (6 points) (iii) What is the price of the call option if a dividend of $2 is expected...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT