Show transcribed image text Problem 1 Consider a random variable X with exponential distribution whose density function is given by: f(x)= Using the inverse of the CDF of X (and Matlab) generate 5000 points according to the exponential distribution for lambda = 1/2. Make a histogram to plot your results against flambda. (Hint: Use the ?kernal density estimation? technique described in the book, use 30 bins from your low to your high (lata point.) Now do the same thing for lambda = 1.5. Comment.
Problem 1 Consider a random variable X with exponential distribution whose density function is given by: f(x)= Using the inverse of the CDF of X (and Matlab) generate 5000 points according to the exponential distribution for lambda = 1/2. Make a histogram to plot your results against flambda. (Hint: Use the ?kernal density estimation? technique described in the book, use 30 bins from your low to your high (lata point.) Now do the same thing for lambda = 1.5. Comment.
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