- 5 The Ratio P T Can Be Represented By A Geometric Brownian Motion Model With 120 M 0 And Op 0 16 Where P T Is The 1 (65.75 KiB) Viewed 25 times
5. The ratio P(t) can be represented by a Geometric Brownian Motion model with 120 M = 0 and op 0.16, where P(t) is the
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5. The ratio P(t) can be represented by a Geometric Brownian Motion model with 120 M = 0 and op 0.16, where P(t) is the
5. The ratio P(t) can be represented by a Geometric Brownian Motion model with 120 M = 0 and op 0.16, where P(t) is the price at time t (months) and $120 is the current selling price of a share of stock. - a (a) What is the probability that the stock price will hit $150 in the coming 6 months? [8 marks] (b) What is the probability that the stock price hits $180 before it hits $80? [8 marks]
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