Using the parameters in Table 13.1, verify that equation (13.9) is zero.
Answer to relevant QuestionsConsider a put for which T = 0.5 and K = $45. Compute the Greeks and verify that equation (13.9) is zero. You have purchased a 40-strike call with 91 days to expiration. You wish to deltahedge, but you are also concerned about changes in volatility; thus, you want to vega-hedge your position as well. a. Compute and graph the ...Consider a 40-strike 180-day call with S = $40. Compute a delta-gamma-theta approximation for the value of the call after 1, 5, and 25 days. For each day, consider stock prices of $36 to $44.00 in $0.25 increments and ...Consider the gap put in Figure 14.4. Using the technique in Problem 12.11, compute vega for this option at stock prices of $90, $95, $99, $101, $105, and $110, and for times to expiration of 1 week, 3 months, and 1 year. ...Suppose that S = $100, K = $100, r = 0.08, σ = 0.30, δ = 0, and T = 1. Construct a standard two-period binomial stock price tree using the method in Chapter 10. a. Consider stock price averages computed by averaging the ...
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