Sample Avg. 956 1013 1001 977 987 1012 1067 1033 Calculate the UCL and LCL at a 99.73% (z-3) confidence level: a. What is the Upper Control Limit? [ Select ] b. What is the Lower Control Limit? [...

Answer A through F

Extracted text: Sample Avg. 956 1013 1001 977 987 1012 1067 1033 Calculate the UCL and LCL at a 99.73% (z-3) confidence level: a. What is the Upper Control Limit? [ Select ] b. What is the Lower Control Limit? [ Select ] c. Based on your evaluation, is the output of the Thompson-5000 under control? [ Select ] After re-reviewing the documentation for the new machine, you realize that you made a minor mistake: the standard deviation is supposed to be 20, not 5. d. What is the upper control limit? [ Select ] e. What is the lower control limit? [Select ] [ Select f. Are the lots that Thompson-5000 is producing lots in control? [ Select ] > > <> >


Extracted text: It's your first day on the job as a new Operations Manager for a biopharmaceutical manufacturer. You are currently overseeing the pilot plant, and need to ensure that output is consistent. A newly purchased machine, called the Thompson-5000, produces bags with a standard deviation of 5 grams. The following table contains the data for a sample size of four, taken daily over the past 8 days: Day Day 1 Day 2 Day 3 Day 4 Day 5 Day 6 Day 7 Day 8 Sample Avg. 956 1013 1001 977 987 1012 1067 1033 Calculate the UCL and LCL at a 99.73% (z=3) confidence level: a. What is the Upper Control Limit? [Select ] b. What is the Lower Control Limit? [ Select ] c. Based on your evaluation, is the output of the Thompson-5000 under control? [ Select ] After re-reviewing the documentation for the new machine, you realize that you made a minor mistake: the standard deviation is supposed to be 20, not 5. d. What is the upper control limit? [Select ] > <>