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The price of XYZ stock is 200 and the risk free rate is 5%. The price of a 2 year european call option on XYZ with a 220 strike price is $15. The price of a 2 year european call option on XYZ with a strike price of $240 is $12. Historic volatility is 14%

What is the linearly interpolated implied volatility of a 2 year european call option on XYZ with a strike price of $230 ?

User Leemeichin
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Final answer:

Linear interpolation is used to calculate the implied volatility of a European call option with a strike price situated between two options with known prices and volatilities.

Step-by-step explanation:

The correct answer is option Mathematics as the question involves calculating the interpolated implied volatility of a European call option, which requires mathematical skills, particularly in finance and statistics.

Implied volatility represents the market's view of the likelihood of changes in a given security’s price. Investors can use it to anticipate future fluctuations and is essential in pricing options. In situations where implied volatility for a particular strike price is not directly observable, it is common to interpolate between known volatilities.

To answer this question, you must understand linear interpolation, which in this context involves finding a value within two known values at linearly spaced intervals.

Applying this concept to the given implied volatility information for the European call options would require a calculation based on the two given strike prices and their associated option prices.

User Amit Bhatiya
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