Data table ard position, Autopite executive Neil Geism Sample Size, n Mean Factor, Upper Range, DA Lower Range, D3 A2 1.880 3.268 3. 1.023 2.574 4. 0.729 2.282 0.577 2.115 0.483 2.004 0.419 1.924 0.076 8. 0.373 1.864 0.136 0.337 1.816 0.184 10 0.308 1.777 0.223 12 0.266 1.716 0.284 Refer to the table Eactors for Comoulino ContocharLIT G Kma for this problem. Autopitch devices are made for both major- and minor-loague teams to help them improve their batting averages. When set at the standard position, Autopitch can throw hardballs toward a batter at an average speed of 53 mph. To monitor these devices and to maintain the highest quality, Autopitch executive Neil Geismar takes samples of 9 devices at a time. The average range is 4 mph. a) Using this information, construct control limits for the x-chart. UCL,- mph (round your response to three decimal places). LCL, mph (round your response to three decimal places). b) Using this information, construct control limits for the R-chart. UCLR mph (round your response to three decimal places). LCLR mph (round your response to three decimal places).
Data table ard position, Autopite executive Neil Geism Sample Size, n Mean Factor, Upper Range, DA Lower Range, D3 A2 1.880 3.268 3. 1.023 2.574 4. 0.729 2.282 0.577 2.115 0.483 2.004 0.419 1.924 0.076 8. 0.373 1.864 0.136 0.337 1.816 0.184 10 0.308 1.777 0.223 12 0.266 1.716 0.284 Refer to the table Eactors for Comoulino ContocharLIT G Kma for this problem. Autopitch devices are made for both major- and minor-loague teams to help them improve their batting averages. When set at the standard position, Autopitch can throw hardballs toward a batter at an average speed of 53 mph. To monitor these devices and to maintain the highest quality, Autopitch executive Neil Geismar takes samples of 9 devices at a time. The average range is 4 mph. a) Using this information, construct control limits for the x-chart. UCL,- mph (round your response to three decimal places). LCL, mph (round your response to three decimal places). b) Using this information, construct control limits for the R-chart. UCLR mph (round your response to three decimal places). LCLR mph (round your response to three decimal places).
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
Related questions
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Transcribed Image Text:please answer this question.. my homework is
due in and im so confused .. please help
Data table
X Jard position, Autopitc
executive Neil Geism
Sample
Size, n
Mean Factor,
Upper Range,
DA
Lower Range,
D3
A2
1.880
3.268
3
1.023
2.574
4.
0.729
2.282
0.577
2.115
0.483
2.004
0.419
1.924
0.076
8.
0.373
1.864
0.136
0.337
1.816
0.184
10
0.308
1.777
0.223
12
0.266
1.716
0.284
Refer to the table EaclorSOComouino Conrokch LmiKEama for this problem.
Autopitch devices are made for both major- and minor-league teams to help them improve their batting averages. When set at the standard position, Autopitch can
throw hardballs toward a batter at an average speed of 53 mph. To monitor these devices and to maintain the highest quality, Autopitch executive Neil Geismar takes
samples of 9 devices at a time. The average range is 4 mph.
a) Using this information, construct control limits for the x-chart.
UCL,-mph (round your response to three decimal places).
LCL, mph (round your response to three decimal places).
b) Using this information, construct control limits for the R-chart.
UCLR = mph (round your response to three decimal places).
LCLR=
mph (round your response to three decimal places).
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