Nocaf Drinks, Inc., a producer of decaffeinated coffee, bottles Nocaf. Each bottle should have a net weight of 4 oz. The machine that fills the bottles with coffee is new, and the operations manager wants to ma sure that it is properly adjusted. Bonnie Crutcher, The Operations Manager, randomly selects and weighs. n = 8 bottles and rounds the average and range in ounces for each sample. The data for several samples is given in the following table. Note that every sample consist of 8 bottles.. 1. Find Grand X-Bar 2. Find R-Bar 3. Using the Sample Chart Locate Sigma 4. Using the UCL Formula insert the values into the formula SAMPLE SAMPLE RANGE SAMPLE AVERAGE A B C с D E F F G H .41 A2 = .373 55 .44 48 .56 UCL=X+A₂ (R) LCL X-A₂(R) UCL in Inches = .62 .54 44 4.00 4.16 3.99 4.00 4.17 3.93 3.98 4.01 Round Your Response Two Decimal Places UCL=D4(R) LCL =D, (R)

MATLAB: An Introduction with Applications
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Author:Amos Gilat
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Nocaf Drinks, Inc., a producer of decaffeinated coffee, bottles Nocaf. Each bottle should have a net weight of 4 oz. The machine that fills the bottles with coffee is new, and the operations manager wants to make
sure that it is properly adjusted. Bonnie Crutcher, The Operations Manager, randomly selects and weighs. n = 8 bottles and rounds the average and range in ounces for each sample. The data for several
samples is given in the following table. Note that every sample consist of 8 bottles.
1. Find Grand X-Bar
2. Find R-Bar
3. Using the Sample Chart Locate Sigma
4. Using the UCL Formula insert the values into the formula
SAMPLE SAMPLE RANGE SAMPLE AVERAGE
A
B
C
D
E
E
F
P
G
H
UCL=x+A₂ (R)
LCL=X-A₂ (R)
.41
55
44
48
56
.56
.62
54
.44
A2 = .373
UCL in Inches =
4.00
4.16
3.99
4.00
4.17
3.93
3.98
4.01
Round Your Response Two Decimal Places
UCL=D4(R)
LCL=D3(R)
Transcribed Image Text:Nocaf Drinks, Inc., a producer of decaffeinated coffee, bottles Nocaf. Each bottle should have a net weight of 4 oz. The machine that fills the bottles with coffee is new, and the operations manager wants to make sure that it is properly adjusted. Bonnie Crutcher, The Operations Manager, randomly selects and weighs. n = 8 bottles and rounds the average and range in ounces for each sample. The data for several samples is given in the following table. Note that every sample consist of 8 bottles. 1. Find Grand X-Bar 2. Find R-Bar 3. Using the Sample Chart Locate Sigma 4. Using the UCL Formula insert the values into the formula SAMPLE SAMPLE RANGE SAMPLE AVERAGE A B C D E E F P G H UCL=x+A₂ (R) LCL=X-A₂ (R) .41 55 44 48 56 .56 .62 54 .44 A2 = .373 UCL in Inches = 4.00 4.16 3.99 4.00 4.17 3.93 3.98 4.01 Round Your Response Two Decimal Places UCL=D4(R) LCL=D3(R)
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