11. Let the random variable X be the ounces ofsoda in each can. Under normal operation X isa normal distribution with mean 12.1 oz andstandard deviation 0.2 oz. An engineer ismonitoring the accuracy of the sodadispensing machine by doing systematicsamples of 40 cans coming off the conveyorbelt. Calculate:(a) Pr ( X≤12.0 )(b) Pr (X≤11.9)(c) Pr ( X-12.1≤0.09 )(d) Pr (X-12.1≥0.06 )12. Let the random variable X be the ounces ofsoda in each can. Under normal operation X isa normal distribution with mean 12.1 oz andstandard deviation 0.2 oz. An engineer ismonitoring the accuracy of the soda dispensingmachine by doing systematic samples of 40cans coming off the conveyor belt.Approximate the value of c accordingly:(a) Pr ( X≤c ) = 0.05(b) Pr (X≤c ) = 0.1(c) Pr (X-12.1≤c ) = 0.9(d) Pr (X-12.12c ) = 0.05(a)-12.2 (b) -12.1 (c) 0.052 (d) 0.089

As per the Bartleby guildlines we have to solve first question three subparts and rest can be…

Answered: 11. Let the random variable X be the…

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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