Suppose that Stock XYZ is currently trading at $50 and does not pay any dividends. Using a binomial tree with two periods, we would like to price a European down-and-in call option written on this stock with a strike price of $40, barrier level of $48 and expiration date in three months. Assume that annual continuously compounded interest rate is 5% and the volatility of the stock is 20% per year. What is the price of the barrier option? 7.28 9.45 1.01 3.22

Suppose that Stock XYZ is currently trading at $50 and does not pay any dividends. Using a binomial tree with two periods, we would like to price a European down-and-in call option written on this stock with a strike price of $40, barrier level of $48 and expiration date in three months. Assume that annual continuously compounded interest rate is 5% and the volatility of the stock is 20% per year. What is the price of the barrier option? 7.28 9.45 1.01 3.22

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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A stock is selling today for $110. The stock has an annual volatility of 64 percent and the annual risk-free rate is 7 percent. Calculate the fair price for a 1 year European call option with an exercise price of $95. Calculate how much the current stock price would need to change for the purchaser of the call option to break even in one year. Calculate the fair price for a 1 year European put option with an exercise price of $95. Calculate how much the current stock price would need to change for the purchaser of the put option to break even in one year. Calculate the level of volatility that would make a $95 call option sell for $30. (Use Goal Seek or Solver). Calculate the level of volatility that would make a $95 put option sell for $8. (Use Goal Seek or Solver). Please show work in excel and functions/equations used.
please answer as soon as possible?
A non-dividend-paying stock, currently priced at GH¢125 per share, can either go up by GH¢25or down GH¢25 in a year. Consider a one-year European call option with a strike price ofGH¢135. The continuously-compounded risk-free interest rate is 8%. Use a one-period binomialmodel to determine the current price of the call option.
Compute the Black-Scholes price of a put option on a stock which does not pay dividends and has the volatility 0.3, if its exercise price is 200 USD and expiration in two year. Interest rate is zero and the price of the stock is 180 USD.
The share price of your favourite company is currently traded at a price of £80 and interest is compounded continuously at rate 3.7% per year. Assume that the share evolves according to a discrete time LogNormal process with time measured in years, 0.15 and volatility o = 0.24 drift µ . You decide to buy a European call option with a strike price of £84 and an expiration date of two years from now. What is the no-arbitrage price for this option? State your answer to the nearest pence. Do not enter the pound sign. =
The spot price of a non-dividend paying stock is recorded as ₺100 at the close of the day. You estimate that this price is equally likely to go up by 11.1% or go down by 10% every two months and observe that the continuously compounded annual risk-free rate is 20% per year across all maturities. Use a multistep binomial tree together with the risk-neutral valuation approach to compute the theoretical price of a European put option written on this stock with a strike price of ₺80 and exactly six months until expiration
i need the answer quickly
The current price of a non-dividend paying stock is $50. Use a two-step tree to value a European put option on the stock with a strike price of $50 that expires in 12 months. Each step is 6 months, the risk free rate is 5% per annum, and the volatility is 50%. What is the value of the option according to the two-step binomial model. Please enter your answer rounded to two decimal places (and no dollar sign).
Suppose there is also a 1-year European put option on the same stock as in Question 3 with exercise price $30. The current stock price is also $25 and the stock price, in 1 year, will be either $35 (up by 40%) or $20 (down by 20%). The interest rate is 8%. This stock does not pay dividend. What is the value of the put option? Please use risk neutral probability method and assume discrete discounting. (2) What is put-call parity in option pricing? What needs to be true in order for put-call parity to hold?
Suppose a non-dividend paying stock is trading at $175 per share and has a volatility of 20%. What is the fair price of a 3-month European call option with a strike price of $190 per share using 1 binomial period? Assume the risk-free rate is 1%. Round to the nearest $0.01.
Consider a call option on one share of BP with a strike price of $70 and exercise time 1 quarter (3 months). Suppose the current stock price for BP is S(0) = $65 per share. Suppose further that A(0) = $100, A(1) = $102 and two possible prices for S(1) are S $74 with probability 0.5, S(1) = $66 with probability 0.5. Evaluate the expected returns E(Ks) and E(Kc) for the stock and the option.
Without using the Black‐Scholes model, compute the price of a European put option on a non‐dividend‐paying stock with the strike price is $70 when the stock price is $73, the risk‐free interest rate is 10% pa, the volatility is 40% pa, and the time to maturity is 6 months?

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