"You are considering purchasing a stock immediately for $1359. If you purchase the stock, you plan on holding the stock for 4 years. The stock price in each year obeys the following equation: X(n) -X(n-1)'Z(n) where X(n) is the price of the stock in year n and Z(n) is a random variable that follows a lognormal distribution. For each year 1 through 4, you should simulate a lognormal random variable Z(n). In SIPMath, set the 50th%ile to 1.16 and the 0.95th%ile to 1.64 Repeat this process for all 4 years. Each year should have a different lognormal random variable. stock at the price in year 4. Your interest rate ie., MARR is 6%. Use SIPMath to simulate the price at which you will sell the stock for 100,000 trials. Calculate your net present worth of purchasing the stock and selling the stock. What is the probability your net present worth is less than 0? Enter your answer as a decimal between 0 and 1. "You are considering purchasing a stock immediately for $1359. If you purchase the stock, you plan on holding the stock for 4 years. The stock price in each year obeys the following equation: X(n) -X(n-1)'Z(n) where X(n) is the price of the stock in year n and Z(n) is a random variable that follows a lognormal distribution. For each year 1 through 4, you should simulate a lognormal random variable Z(n). In SIPMath, set the 50th%ile to 1.16 and the 0.95th%ile to 1.64 Repeat this process for all 4 years. Each year should have a different lognormal random variable. stock at the price in year 4. Your interest rate ie., MARR is 6%. Use SIPMath to simulate the price at which you will sell the stock for 100,000 trials. Calculate your net present worth of purchasing the stock and selling the stock. What is the probability your net present worth is less than 0? Enter your answer as a decimal between 0 and 1