A large beverage company would like to use a statistical process control to monitor how much liqui beverage it puts into each 350 ml bottle. The company operated its bottle filling line under carefu supervision, confident that the line was under complete control, for seven hours. Each hour, a sample of 2 bottles was taken off the line and the amount of liquid in each bottle was carefully measured. This is th resulting data: Sample No. Sample Sample Mean Range #1 350.85 ml 0.6 ml # 2 350.80 ml 0.8 ml
A large beverage company would like to use a statistical process control to monitor how much liqui beverage it puts into each 350 ml bottle. The company operated its bottle filling line under carefu supervision, confident that the line was under complete control, for seven hours. Each hour, a sample of 2 bottles was taken off the line and the amount of liquid in each bottle was carefully measured. This is th resulting data: Sample No. Sample Sample Mean Range #1 350.85 ml 0.6 ml # 2 350.80 ml 0.8 ml
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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A large beverage company would like to use a statistical process control to monitor how much liquid
beverage it puts into each 350 ml bottle. The company operated its bottle filling line under careful
supervision, confident that the line was under complete control, for seven hours. Each hour, a sample of 20
bottles was taken off the line and the amount of liquid in each bottle was carefully measured. This is the
resulting data:
Sample No.
Sample
Sample
Mean
Range
#1
350.85 ml
0.6 ml
#2
350.80 ml 0.8 ml
#3
351.20 ml 0.5 ml
# 4
351.00 ml
1.0 ml
#5
350 62 ml | 0.8 ml
#6
351.12 ml| 0.7 ml
#7
351.50 ml 0.8 ml
Which of the following is the upper control limit on the beverage company's mean chart?
A. 0.30 ml
O B. 350.68 ml
O C. 351.15 ml
O D. 1.18 ml
O E. 350.88 ml
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