Question: In the previous problem suppose that another option with the same maturity is available with the Black-Scholes price given by the function c(t; s) =

In the previous problem suppose that another option with the same maturity is available with the Black-Scholes price given by the function
c(t; s) = s3e6(T−t) .
If you still hold 10 units of the first option, how many options of the second type and how many shares of the stock would you buy or sell to make a portfolio both delta neutral and gamma-neutral (gamma equal to zero)?

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