The risk-fee rate is 5% per period and a (non- income paying) security has a current price of £300. In one period the price will either rise to £360 or fall to £240. A one-period European put option exists with a strike price of £325. A second one-period European put option exists with a strike price of £315. Which put would you expect to have the greater price. Select one: a. Their prices should be equal b. The £315 put c. We do not have enough information to tell d. The £325 put

The risk-fee rate is 5% per period and a (non- income paying) security has a current price of £300. In one period the price will either rise to £360 or fall to £240. A one-period European put option exists with a strike price of £325. A second one-period European put option exists with a strike price of £315. Which put would you expect to have the greater price. Select one: a. Their prices should be equal b. The £315 put c. We do not have enough information to tell d. The £325 put

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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Given the following information, predict the European call option's new price after the risk free rate changes. Initial call option price = $3 Initial risk free rate = 9.9% Rho = 9 New risk free rate = 9.5% (required precision 0.01 +/- 0.01) Greeks Reference Guide: Delta = ∂π/∂S Theta = ∂π/∂t Gamma = (∂2π)/(∂S2) Vega = ∂π/∂σ Rho = ∂π/∂r Recall that rho is defined as the partial derivative of the option's price with respect to the risk free rate. (i.e. rho = ∂π / ∂r).
How to solve this problem? plz solve it step by step with formulas, thank u! (which one is the risk-free rate? 1% or 2%) Options on Indexes and Currencies Example Suppose that the current exchange rate of AUD to CAD is 1.2 AUD/CAD and o = 0.4463. Find the price of American put option to sell CAD for AUD at K = $1.1 AUD/CAD before or at half a year from now. Assume that the risk-free rates in Canada and Australia are 2% and 1%, respectively. Find the price of the American call option today by using the two period binomial model.
Calculate the implied volatility on a security given the following information: a call option on the security has a premium of 3.5p, the security itself is trading at 50p, the call has an exercise price of 51p and has 120 days to maturity, and the riskless interest rate is 12 per cent. Calculate the implied volatility on a security given the following information: a call option on the security has a premium of 3.5p, the security itself is trading at 50p, the call has an exercise price of 51p and has 120 days to maturity, and the riskless interest rate is 12 per cent.
If put options on USD with a strike price of AUD6.9/USD have a premium of AUD4.3, what is the break- even price (BEP) for a buyer or a seller of these options? Assume that there are no brokerage fees. Question Answer a. The buyer's BEP is AUD 2.6000 and the seller's BEP is AUD 11.2000 b. The buyer's BEP is AUD 2.6000 and the seller's BEP is AUD 2.6000 c. The buyer's BEP is AUD 11.2000 and the seller's BEP is AUD 11.2000 d. The buyer's BEP is AUD 11.2000 and the seller's BEP is AUD 2.6000 e. The buyer's BEP is AUD 6.9000 and the seller's BEP is AUD 11.2000
What is the appropriate risk-free rate on May 11, 2022 for an option that expires on Oct 20, 2022 if the T-bill with closest maturity is quoted as 3.65/3.44? a. What is the un-annualized discount rate? Round your answer to two decimals. b. What is the T-bill price? Round your answer to two decimals b . What is the approximate risk-free rate? % Round your answer to two decimals
use binomial option pricing model for this question. suppose the current spot rate for USD/CHF is 0.7. you need to find the one-year call option price of USD/CHF with the exercise price of 0.68 USD/CHF. Assume that our future states will be either 0.7739 U&SD/CHF or 0.6332 USD/CHF. 1) What are the payoffs of a call option (for both states) 2) what is the hedge ratio of the call option?
Determine the risk-neutral value of a eight-month European put option to sell a FLB (First Local Bank) share for a price of R400 when the current price is R420, the interest rate is 10%, and the volatility of the security is 0.28?
2. Calculate the put premium according to put-call parity which gives no arbitrage opportunity. Explain what transaction would you do if the put premium is below/above the put premium you calculated. European call option premium: c = $2 Stock price today: So- $30 Life of option: T=0.5 Risk-free rate for maturity T with continous compounding: r= 8% Strike price: K= Decide on the K value yourself (carefully). No dividends paid during life of option.
The speculator buys one put option at a strike price of $70/barrel and expiry date October 2021 for a premium of $1.20/barrel. Consider the following expected payoff chart for buying a put option. What are the names of point A and B? What is the exact value of A? What is the exact value B?
Your options trading strategy involves buying a European put with a strike price of ₺10 for ₺0.50 and aEuropean call with a strike price of ₺25 for ₺0.75 and selling a European put with a strike price of ₺15 for₺1.25 and a European call with a strike price of ₺20 for ₺1.50. The expiry date and the underlying asset isidentical for each of the four options. Draw the profit diagram for this strategy and indicate the maximumprofit/loss levels and break-even price levels. Show the details of your intermediate calculations.
4d) Price the European call having strike 60 GBP. Use the two-periods binomial model with u = 1.1, d = 0.9 and ∆t = 1. Assume that the risk free rate is 5%, and the current price of the underlying asset is 50 GBP.
1

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