Question

In: Finance

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.

  1. From the T-bill, calculate the discount factor
  1. Use the discount factor from part a to check the lower-bound condition for the call and the put
  1. Use the discount factor from part a to check put-call parity.
  1. Design a zero-net-investment strategy exploiting the violation of the put-call parity assuming it is genuine.

Solutions

Expert Solution

Already I have done answer to it … so given the same.


Related Solutions

The S&P 500 index is currently at $2,000. The one-year $1,900-strike European call option on the...
The S&P 500 index is currently at $2,000. The one-year $1,900-strike European call option on the index is quoted at $191. The one-year $1,900-strike European put option on the index is quoted at $58. (a) If you are long a 1-year forward on the index with a delivery price of $1,900, what should be the current value of your forward position?
The S&P 500 index is currently at $2,000. The one-year $1,900-strike European call option on the...
The S&P 500 index is currently at $2,000. The one-year $1,900-strike European call option on the index is quoted at $191. The one-year $1,900-strike European put option on the index is quoted at $58 What is the current intrinsic value ( ) and time value ( ) for the call option? What is the current intrinsic value ( ) and time value ( ) for the put option?
A. A six-month S&P 500 index call option has an exercise price of 1,500. The holder...
A. A six-month S&P 500 index call option has an exercise price of 1,500. The holder of the option exercises the call when the index is at 1,520. The settlement procedure for the S&P 500 index option requires the writer of the option to ____________ to the holder of the option. a. deliver an S&P 500 index ETF b. make a payment of 20 times $100 c. make a payment of $1,520 d. make a payment of 1,520 times $10...
Depoul'' financial company purchased a call option on thr S&P 500 index expiring in one year...
Depoul'' financial company purchased a call option on thr S&P 500 index expiring in one year permuim is quoted at 20. the exercise price of the option is 1300 and the current price of the assume the index declines by 5% in the first quarter , then increase by 3 % in each of the follwing , what is the net gain or loss of this transaction ? hint: multiply index by 250$ to find the contract).
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? 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)?
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT