If you know how to do (Statistical Quality Control)Please contact with me at my email:Wisam4ty@gmail.comI will pay you for each question you can help me do it. Samples of n = 6 items each are taken from a%3Dprocess at regular intervals. A quality characteristicis measured, and x and R values are calculated foreach sample. Consider the data summary givenbelow50502x; = 2000 and >, R; = 200i=1i=1Assume that the quality characteristic is normallydistributed. Under 30 and if the specification limitsare 41 + 5.0, how much % this process isoccupying out of the specification limits?Select one:a. 47.36%b. 95.78%c. 94.71%d. 100%e. 99.73%

Given : The quality characteristics is normally distributed and, Under μ ± 3σ , the specification…

Assume that the quality characteristic is normally distributed. Under 30 and if the specification limits are 41 + 5.0, how much % this process is occupying out of the specification limits? Select one: a. 47.36% b. 95.78% c. 94.71% d. 100% e. 99.73%

Assume that the quality characteristic is normally distributed. Under 30 and if the specification limits are 41 + 5.0, how much % this process is occupying out of the specification limits? Select one: a. 47.36% b. 95.78% c. 94.71% d. 100% e. 99.73%

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018

18th Edition

ISBN:9780079039897

Author:Carter

Publisher:Carter

Chapter10: Statistics

Section10.1: Measures Of Center

Problem 9PPS

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Concept explainers

Confidence Intervals

When we calculate intervals in probability and statistics, it can be simply termed as finding out a confidence interval. The confidence interval is usually calculated from the data set which is observed. The value of the parameter that needs to be calculated is present here only.

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100%

If you know how to do (Statistical Quality Control) Please contact with me at my email: Wisam4ty@gmail.com I will pay you for each question you can help me do it.

Samples of n = 6 items each are taken from a
%3D
process at regular intervals. A quality characteristic
is measured, and x and R values are calculated for
each sample. Consider the data summary given
below
50
50
2
x; = 2000 and >, R; = 200
i=1
i=1
Assume that the quality characteristic is normally
distributed. Under 30 and if the specification limits
are 41 + 5.0, how much % this process is
occupying out of the specification limits?
Select one:
a. 47.36%
b. 95.78%
c. 94.71%
d. 100%
e. 99.73%

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