Question

In: Finance

Use the binomial option pricing model to find the value of a call option on £10,000...

Use the binomial option pricing model to find the value of a call option on £10,000 with a strike price of €12,500. The current exchange rate is €1.50/£1.00 and in the next period the exchange rate can increase to €2.40/£ or decrease to €0.9375/€1.00 (i.e. u = 1.6 and d = 1/u = 0.625). The current interest rates are i = 3% and are i£ = 4%. Choose the answer closest to yours.

  • €3,373

  • €3,275

  • €3,243

  • €2,500

Solutions

Expert Solution

Binomial option pricing model is based on the concept of no arbitrage and used for pricing options. As per Binomial option pricing model, the assumption is

  • There can be 2 possible values or prices for underlying asset i.e. price can either up or down
  • Investors are risk neutral and the rate of interest remains fixed throughout the option lifecycle
  • There are no taxes or transaction cost involved throughout the process

Given Strike Price = €12,500

Current exchange rate is €1.50/£1.00

Next period the exchange rate can increase to €2.40/£ or decrease to €0.9375/€1.00

Current interest rates are i = 3% and are i£ = 4%

Step - 1: Calculate the forward rate implied by the market condition.

Let’s assume F1 (€/£) is the forward rate which is calculated as

= S0 (€/£)*(1+ i) / (1+ i£)

= 1.50 * (1+3%) / (1+4%)

= 1.4856 €/£

Step - 2: Calculate the € value of the £10,000 and the payoffs of the call options on £10,000 with a strike price of €12,500 in the two states, respectively.

In the up state: Value of £10,000

= S0 (€/£)

= £10,000 * €2.40/£

= €24,000

The payoff of the call

= MAX [S0 (€/£) – X, 0] where X is strike price

= MAX [€24,000 - €12,500, 0] = €11,500 (in-the-money)

In the down state: Value of £10,000

= S0 (€/£)

= £10,000 * €0. 9375/£

= €9,375

The payoff of the call

= MAX [S0 (€/£) – X, 0] where X is strike price

= MAX [9,375 – 12,500, 0]

= 0 (out-of-money)

Step - 3: Calculate the risk-neutral probability in the up state (set to q).

£10,000 * €1.4856/£ = q * 24,000 + (1-q) * 9,375€

q = (14,856.00-9,375) / (24,000-9,375) = 0.3748.

Step – 4: Calculate the value of the call option on £10,000

C0 = € 0.3748 * 11,500 / (1+3%) = €4184.317

Hence the correct answer is €3,373


Related Solutions

Use the binomial option pricing model to find the implied premium of a CALL option on...
Use the binomial option pricing model to find the implied premium of a CALL option on Wendy’s. Wendy’s stock is currently trading at $20.66. Have the model price at 10 day intervals for 3 nodes: 10 days, 20 days, and 30 days. The strike price is $18. The risk free rate is 2.5% and the volatility(standard deviation) of the stock is .40. Show the entire binomial tree.
Use the binomial options pricing model to find the price of a call option with a...
Use the binomial options pricing model to find the price of a call option with a strike price of $40 and one year to expiration. The current stock price is $40 and has equal probabilities for a price of $70 or $30 at expiration in one year. The one year continuous risk-free interest rate is 6%. A.) What is the hedge ratio for the call option? B.) What is the price of the call option?
(1) Please use binomial option pricing model to derive the value of a one-year put option....
(1) Please use binomial option pricing model to derive the value of a one-year put option. The current share price is ?0 = 100 and exercise price ? = 110. The T-bill rate is ? = 10% per year and annual standard deviation is 20%. (2) Use the Black-Scholes formula to find the value of the same option in the previous problem and compare the difference between these two types of methods.
1. Please use binomial option pricing model to derive the value of a one-year put option....
1. Please use binomial option pricing model to derive the value of a one-year put option. The current share price is ?0 = 100 and exercise price ? = 110. The T-bill rate is ? = 10% per year and annual standard deviation is 20%. 2. Use the Black-Scholes formula to find the value of the same option in the previous problem and compare the difference between these two types of methods.
How do I use the black Scholes model to find the value of a call option...
How do I use the black Scholes model to find the value of a call option and the value of a put option for each stock? I am doing two companies, apple and coca-cola.
Use the Black-Scholes option pricing model to price a one-year at the money call option on...
Use the Black-Scholes option pricing model to price a one-year at the money call option on a stock that is trading at $50 per share, Rf is 5%, annual volatility is 25%. REMEMBER TO USE THE NORMAL PROBABILITY DOCUMENT posted on moodle. You are not allowed to use Excel, you can only use your financial calculator. Show all your work, including intermediate steps. Simply writing the final answer will not get credit, even if the answer is correct. a) What...
Discuss differences between the binomial option pricing model and the risk-neutral method of option pricing.
Discuss differences between the binomial option pricing model and the risk-neutral method of option pricing.
discuss the differences between the binomial option pricing model and the risk-neutral method of option pricing.
discuss the differences between the binomial option pricing model and the risk-neutral method of option pricing.
Using the Black/Scholes Option Pricing Model, calculate the value of the call option given: S= 74;  ...
Using the Black/Scholes Option Pricing Model, calculate the value of the call option given: S= 74;               X=70;               T=6 months;                   =.50;             Rf =10% What is the intrinsic value of the call? What stock price is necessary to break-even? If volatility were to decrease, the value of the call would ___________? If the exercise price would increase, the value of the call would ___________? If the time to maturity were 3-months, the value of the call would ___________?...
Using the Black-Scholes option pricing model, find the premium for a call on Disney. The stock...
Using the Black-Scholes option pricing model, find the premium for a call on Disney. The stock currently trades for $138.58. The expiration is in 30 days. The strike price is $144. The risk free rate is 2% and the volatility (standard deviation) of the stock is .2
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT