Anova R&R Calculations II

Anova R&R Calculations II - Chi-Square Upper Chi...

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by vanessa calderon 2008 = Input Data *Data set consists of repeat measurements of different parts by each operator and is a two way random effects model. *All data should be input unit-less and the units will be added by the spreadsheet if it is entered below: *Filling in the data in the yellow squares out of sequence may create error messages. I= where I = the amount of specimens in the study *HIDDEN J= where J = the number of operators in the study *UNIT OF MEASURE? m= where m = # of times operator measured each part i.e. inches, feet, etc. Extra Data From Anova Table: (operator) SSB= (part*operator) SSAB= #DIV/0! dfB= dfAB= #DIV/0! #DIV/0! MSE= *MSE = SSE/dfE #DIV/0! #DIV/0! MSB= #DIV/0! #DIV/0! MSAB= #DIV/0! #DIV/0! √MSE= is greater than .01, this may not be an adequate gauge for this application. = = (I*J)*(m-1)= = = Degree of Confidence for Two-Tailed Test, REPEATABILITY:
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Unformatted text preview: % Chi-Square Upper Chi Square Lower for X² at 0.5, for X² at 0.5, X² = X² = Confidence Interval: (v/X²) ] Degree of Confidence for Two-Tailed Test, REPRODUCIBILITY: % Chi-Square Upper Chi Square Lower for X² at 0.5, for X² at 0.5, X² = X² = Confidence Interval: (v/X²) ] Degree of Confidence for Two-Tailed Test, R & R: % Chi-Square Upper Chi Square Lower for X² at 0.5, for X² at 0.5, X² = X² = Confidence Interval: (v/X²) ] Gauge Capability Ratio: Engineering Specs: Upper Limit: Lower Limit: Confidence Interval: σ Repeatability σ Reproducibility σ R&R Degrees of Freedom (v Repeatability ): Degrees of Freedom (v Reproducibility) : (v Reproducibility ) Rounded Down: Degrees of Freedom (v R&R) : (v R&R ) Rounded Down: [σ Repeatability √ [σ Reproducibility √ [σ R&R √...
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