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3. For this question use information based on INTC. A. List the forces that impact the values of both call and put options. Then explain the direction (option value up or down) of each force. B. Calculate the historical annual volatility using 5 years of monthly data (last month used as 11/03/2021). C. Calculate the put option premium using the Black Scholes Model for the option expiring April 14, 2022, with a $50 strike price assuming today's date as 11/3/21. Use 1% as the risk-free rate. D. Find the market price of the same option calculated in part C. Calculate the option's implied volatility, assuming the market was efficient? E1. Calculate the put option assuming the relevant dividends for INTC. After the listed Ex- dividend date, assume that each subsequent dividend is paid 91 days after the above date. E2. Recalculate the implied volatility from part C given the dividend adjustment made. 3. For this question use information based on INTC. A. List the forces that impact the values of both call and put options. Then explain the direction (option value up or down) of each force. B. Calculate the historical annual volatility using 5 years of monthly data (last month used as 11/03/2021). C. Calculate the put option premium using the Black Scholes Model for the option expiring April 14, 2022, with a $50 strike price assuming today's date as 11/3/21. Use 1% as the risk-free rate. D. Find the market price of the same option calculated in part C. Calculate the option's implied volatility, assuming the market was efficient? E1. Calculate the put option assuming the relevant dividends for INTC. After the listed Ex- dividend date, assume that each subsequent dividend is paid 91 days after the above date. E2. Recalculate the implied volatility from part C given the dividend adjustment made

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