The parameter “∆uv” helps to determine the colour balance of Liquid Crystal Display (LCD) panels on a manufacturing line. The target value, upper and lower specification limits for the product are ∆uv = 0.0000, ∆uv = 0.0200 and ∆uv = –0.0200 respectively, where ∆uv is a unitless parameter. Prior knowledge of the process provides evidence that ∆uv varies randomly. Recent measurements at final test indicate that the mean value of ∆uv is –0.0027 and the standard deviation is 0.0057. 100,000 units of that LCD panel are produced, Calculate the number of panels that falls below, and the number of panels that falls above, the specification limits
The parameter “∆uv” helps to determine the colour balance of Liquid Crystal Display (LCD) panels on a manufacturing line. The target value, upper and lower specification limits for the product are ∆uv = 0.0000, ∆uv = 0.0200 and ∆uv = –0.0200 respectively, where ∆uv is a unitless parameter. Prior knowledge of the process provides evidence that ∆uv varies randomly. Recent measurements at final test indicate that the mean value of ∆uv is –0.0027 and the standard deviation is 0.0057. 100,000 units of that LCD panel are produced, Calculate the number of panels that falls below, and the number of panels that falls above, the specification limits
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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The parameter “∆uv” helps to determine the colour balance of Liquid
Crystal Display (LCD) panels on a manufacturing line. The target
value, upper and lower specification limits for the product are ∆uv =
0.0000, ∆uv = 0.0200 and ∆uv = –0.0200 respectively, where ∆uv is a
unitless parameter.
Prior knowledge of the process provides evidence that ∆uv varies
randomly. Recent measurements at final test indicate that the mean
value of ∆uv is –0.0027 and the standard deviation is 0.0057.
100,000 units of that LCD panel are produced, Calculate the number of panels that falls below, and the number of panels that falls above, the specification limits
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