Question

The market price of a European call is $$\$ 3.00$$ and its price given by Black-ScholesMerton model with a volatility of $30 \%$ is $$\$ 3.50$$. The price given by this Black-ScholesMerton model for a European put option with the same strike price and time to maturity is $$\$ 1.00$$. What should the market price of the put option be? Explain the reasons for your answer.

   The market price of a European call is $$\$ 3.00$$ and its price given by Black-ScholesMerton model with a volatility of $30 \%$ is $$\$ 3.50$$. The price given by this Black-ScholesMerton model for a European put option with the same strike price and time to maturity is $$\$ 1.00$$. What should the market price of the put option be? Explain the reasons for your answer.

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Options, Futures, and Other Derivatives

Options, Futures, and Other Derivatives

John C. Hull 10th Edition

Chapter 20, Problem 6

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00. This means that in the actual market, traders are willing to buy and sell this option for $3.00. Second, we know that the Black-Scholes-Merton model calculates the price of the European call option to be $3.50. This is the theoretical price of the option based Show more…

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The market price of a European call is $$\$ 3.00$$ and its price given by Black-ScholesMerton model with a volatility of $30 \%$ is $$\$ 3.50$$. The price given by this Black-ScholesMerton model for a European put option with the same strike price and time to maturity is $$\$ 1.00$$. What should the market price of the put option be? Explain the reasons for your answer.

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