k wants a long hedge for horizon of seven months from today. the longest futures contracts available are for three months. the spot price today is Rs.445. The three-month future is going at Rs. 461. Give a chronological sequence of a hedge for seven months taking three hypothetical prices of each as at the end of three months, six months and seven months

k wants a long hedge for horizon of seven months from today. the longest futures contracts available are for three months. the spot price today is Rs.445. The three-month future is going at Rs. 461. Give a chronological sequence of a hedge for seven months taking three hypothetical prices of each as at the end of three months, six months and seven months

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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Suppose that the current spot price of corn is $720 per bushel. The one year risk-free rate is 6% per annum. The futures price for delivery of one bushel of corn in one year’s time is $792 per bushel. Assume that net costs (storage costs minus convenience yield) are $15 per bushel (over the next one year). Is the futures contract correctly priced? If not, what is the theoretically correct price for the futures contract and how could you take advantage of any mispricing? Please show full steps and explain.
A futures price is currently 65, its volatility is 22% per annum, and the risk-free interest rate is 5.5% per annum. What is the value of a five-month European put on the futures with a strike price of 60?
Consider a 6-month futures contract on a financial asset with dividend yield q=3.96% per year. Risk free rate is 10% per year. Current value of an asset is S0=$25. What should be the 6-month futures price on this asset, if there is no convenience yield and storage costs?
Today is September 1. A futures contract on crude oil expiring on December 20 of the same year has a futures price of $44.70. The volatility on the futures contract is 23%, and the continuously compounded risk-free rate is 2%. Assume that there are 365 days in a year. a. What is the Black model price of a European call option on this futures contract, expiring on December 20 and with an exercise price of $46? b. What is the Black model price of a European put option on this futures contract, expiring on December 20 and with an exercise price of $50?
Suppose that March oil futures have the price of $65/barrel, and the size of the contract is 1,000 barrels. When the contract matures in March, what will be the profit of a single long futures contract if the spot price is $68.50/barrel? Only typed Answer and give Answer fast
The futures price of an asset is currently 80 and the risk-free rate is 4%. A six-month put on the futures with a strike price of 85 is currently worth 6.5. What is the value of a six-month call on the futures with a strike price of 85 if both the put and call are European? What is the range of possible values of the six-month call with a strike price of 85 if both put and call are American? Show all work and briefly discuss.
A futures price is currently 70, its volatility is 20% per annum, and the risk-free interest rate is 6% per annum. What is the value of a five-month European put on the futures with a strike price of 65?
The market price of a security can be modelled by assuming that it will either increase by 25% or decrease by 15% each month, independently of price movement in other months. No dividends are payable in the next two months. The continuously compounded monthly risk-free rate of interest is 1%. The current market price of the security is 127. a.) Use the binomial model to calculate the value of a two-month European put option on the security with strike price of 125. b.) Calculate the value of a two-months American put option on the same security with the same strike price. c.) Calculate the value of a two-months American call option on the same security with the same strike price.
Please calculate the price of a put option that matures in 2 months with a strike price of $58. Assume the risk free rate is 3%/month. 50 Month 1 A. 7.29 B.1.07 OC.11.3 OD.O 62.5 45 Month 2 78.125 56.25 40.5

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