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13. Suppose you simulate the price path of stock HHF using a geometric Brownian motion model with l = 0.1, = = 0.2, and

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13. Suppose you simulate the price path of stock HHF using a geometric Brownian motion model with l = 0.1, = = 0.2, and time step At = 1/52 (weekly). Let St be the price of the stock at time t. If So 100, and the first simulated (randomly selected) standard normal variable is = 0.591, what is the simulated return over the next week? = (a) -0.061 (b) -0.015 (c) 0.061 (d) -0.093

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