3) Write a Monte-Carlo simulation to test your analytical result in part 2), using poissrnd, binornd, and normrnd with t
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3) Write a Monte-Carlo simulation to test your analytical result in part 2), using poissrnd, binornd, and normrnd with t
3) Write a Monte-Carlo simulation to test your analytical result in part 2), using poissrnd, binornd, and normrnd with the appropriate parameters. Vary the number of trials from 100 to 100000 (in steps of -10,000) and report the error in the computed probability. 4