Solution Found!
efer to the axial loads (pounds) of aluminum Pepsi cans
Chapter 14, Problem 5 BSC(choose chapter or problem)
Pepsi Cans. In Exercises 5–8, refer to the axial loads (pounds) of aluminum Pepsi cans that are 0.0109 in. thick, as listed in Data Set 22 of Appendix B. An axial load of a can is the maximum weight supported by the side, and it is important to have an axial load high enough so that the can isn't crushed when the top lid is pressed onto the top. There are seven measurements from each of 25 days of production.
5. Cola Cans: Notation After finding the sample mean and sample range for each of the 25 days, find the values of \(\mathrm x\ ^{-\ -}\) and \(\mathrm R\ ^{-}\). Also find the values of LCL and UCL for an R chart, then find the values of LCL and UCL for an \(\mathrm x\ ^{-}\) chart.
Equation Transcription:
Text Transcription:
x ^{- -}
R ^-
x ^-
Questions & Answers
QUESTION:
Pepsi Cans. In Exercises 5–8, refer to the axial loads (pounds) of aluminum Pepsi cans that are 0.0109 in. thick, as listed in Data Set 22 of Appendix B. An axial load of a can is the maximum weight supported by the side, and it is important to have an axial load high enough so that the can isn't crushed when the top lid is pressed onto the top. There are seven measurements from each of 25 days of production.
5. Cola Cans: Notation After finding the sample mean and sample range for each of the 25 days, find the values of \(\mathrm x\ ^{-\ -}\) and \(\mathrm R\ ^{-}\). Also find the values of LCL and UCL for an R chart, then find the values of LCL and UCL for an \(\mathrm x\ ^{-}\) chart.
Equation Transcription:
Text Transcription:
x ^{- -}
R ^-
x ^-
ANSWER:
Solution 5BSC
And the control limits for chart are as follows:
