The probability density function for the diameter of a drilled hole in millimeters is 10 e 10(x-5) for x>5 mm. Although the target diameter is 5 millimeters, vibrations, tool wear, and other nuisances produce diameters greater than 5 millimeters. a. Draw the probability distribution curve. b. Determine the probability that the hole diameter is 5 to 5.1mm c. Determine the expected diameter of the drilled hole. d. Determine the variance of the diameter of the holes. (Please refer to your books) e. Determine the cumulative distribution function. f. Draw the curve of the cumulative distribution function. g. Using the cumulative distribution function, determine the probability that a diameter exceeds 5.1 millimeters.

The probability density function for the diameter of a drilled hole in millimeters is 10 e 10(x-5) for x>5 mm. Although the target diameter is 5 millimeters, vibrations, tool wear, and other nuisances produce diameters greater than 5 millimeters. a. Draw the probability distribution curve. b. Determine the probability that the hole diameter is 5 to 5.1mm c. Determine the expected diameter of the drilled hole. d. Determine the variance of the diameter of the holes. (Please refer to your books) e. Determine the cumulative distribution function. f. Draw the curve of the cumulative distribution function. g. Using the cumulative distribution function, determine the probability that a diameter exceeds 5.1 millimeters.

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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