L.Suppose that we have a normally distributed process such that =40 and o=3,Within 1 oWithin 2 oWithin 3 oWithin 4 o.68269.9545099730A Lot of the PopulationMost of the PopulationAll but about6 out of 100,0001.99993666) Where will about 99.7% of our future produet fall?b) Written as a decimal proportion, how much of our future product will all between 39.4 and 40.6?c) Suppose that a customer wants us to manufacture a product that has a lower spec limit of 39.5 and an upper speclimit of 40.5, What do we have to lowerthe process standard deviation to in order to be in spec most of the time?(4-decimal places)of the blanks and submitAPR5.

Name: L.Suppose that we have a normally distributed process such that =40 a
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Description: L.Suppose that we have a normally distributed process such that =40 and o=3,Within 1 oWithin 2 oWithin 3 oWithin 4 o.68269.9545099730A Lot of the PopulationMost of the PopulationAll but about6 out of 100,0001.99993666) Where will about 99.7% of our

Assume, X be the random variable representing the process measurements. It is mentioned that X…

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L. Suppose that we have a normally distributed process such that u=40 and o=3. Within 1 o Within 2 o Within 3 o .68269 .95450 A Lot of the Population Most of the Population All but about 6 out of 100,000 .99730 Within 4 o .99993666 a) Where will about 99.7% of our future product fall? b) Written as a decimal proportion, how much of our future product will fall between 39.4 and 40.6? c) Suppose that a customer wants us to manufacture a product that has a lower spec limit of 39.5 and an upper spec limit of 40.5. What do we have to lower the process standard deviation to in order to be in spec most of the time? (4-decimal places)

L. Suppose that we have a normally distributed process such that u=40 and o=3. Within 1 o Within 2 o Within 3 o .68269 .95450 A Lot of the Population Most of the Population All but about 6 out of 100,000 .99730 Within 4 o .99993666 a) Where will about 99.7% of our future product fall? b) Written as a decimal proportion, how much of our future product will fall between 39.4 and 40.6? c) Suppose that a customer wants us to manufacture a product that has a lower spec limit of 39.5 and an upper spec limit of 40.5. What do we have to lower the process standard deviation to in order to be in spec most of the time? (4-decimal places)

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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Contingency Table

A contingency table can be defined as the visual representation of the relationship between two or more categorical variables that can be evaluated and registered. It is a categorical version of the scatterplot, which is used to investigate the linear relationship between two variables. A contingency table is indeed a type of frequency distribution table that displays two variables at the same time.

Binomial Distribution

Binomial is an algebraic expression of the sum or the difference of two terms. Before knowing about binomial distribution, we must know about the binomial theorem.

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Question

L.Suppose that we have a normally distributed process such that =40 and o=3,
Within 1 o
Within 2 o
Within 3 o
Within 4 o
.68269
.95450
99730
A Lot of the Population
Most of the Population
All but about6 out of 100,000
1.99993666
) Where will about 99.7% of our future produet fall?
b) Written as a decimal proportion, how much of our future product will all between 39.4 and 40.6?
c) Suppose that a customer wants us to manufacture a product that has a lower spec limit of 39.5 and an upper spec
limit of 40.5, What do we have to lowerthe process standard deviation to in order to be in spec most of the time?
(4-decimal places)
of the blanks and submit
APR
5.

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