We obtained the binomial option pricing formula by hedging a short position in the call option with

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We obtained the binomial option pricing formula by hedging a short position in the call option with a long position in stock. An alternative way to do this is to combine the stock and a risk-free bond to replicate the call option. Construct a one-period binomial option pricing model in which the stock and a risk-free bond are used to replicate a European call option. Then show that the option pricing formula is the same as the one developed in the text. Hint: Hold ns shares of stock and issue B dollars of bonds paying r percent so that the value in both outcomes matches precisely the value of the option. Then solve for ns and B and substitute back into the formula for the value of the hedge portfolio today to obtain the formula for C?
Portfolio
A portfolio is a grouping of financial assets such as stocks, bonds, commodities, currencies and cash equivalents, as well as their fund counterparts, including mutual, exchange-traded and closed funds. A portfolio can also consist of non-publicly...
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