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2. In a wood cutting process to produce rulers, the mean of rulers height is set to be equal 100 cm at times. If the mean height of rulers is not equal to 100 cm, the height for a sample of 10 rulers produced by the process were shown below: process will stop immediately. 100.13 100.11 100.02 99.99 99.98 100.14 100.03 100.10 99.97 100.21 Based on the sample, can we stop the wood cutting process at a = 0.01?

2. In a wood cutting process to produce rulers, the mean of rulers height is set to be equal 100 cm at times. If the mean height of rulers is not equal to 100 cm, the height for a sample of 10 rulers produced by the process were shown below: process will stop immediately. 100.13 100.11 100.02 99.99 99.98 100.14 100.03 100.10 99.97 100.21 Based on the sample, can we stop the wood cutting process at a = 0.01?

Mathematics For Machine Technology
Mathematics For Machine Technology
8th Edition
ISBN:9781337798310
Author:Peterson, John.
Publisher:Peterson, John.
Chapter29: Tolerance, Clearance, And Interference
Section: Chapter Questions
Problem 16A: Spacers are manufactured to the mean dimension and tolerance shown in Figure 29-12. An inspector...
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In a wood cutting process to produce rulers, the mean of rulers height is set to be equal 100 cm at all times. If the mean height of rulers is not equal to 100 cm, the height for a sample of 10 rulers produced by the process were shown below: process will stop immediately. The 100.13 100.11 100.02 99.99. 99.98 100.14 100.03 100.10 99.97 100.21 Based on the sample, can we stop the wood cutting process at = 0.01?
Transcribed Image Text:In a wood cutting process to produce rulers, the mean of rulers height is set to be equal 100 cm at all times. If the mean height of rulers is not equal to 100 cm, the height for a sample of 10 rulers produced by the process were shown below: process will stop immediately. The 100.13 100.11 100.02 99.99. 99.98 100.14 100.03 100.10 99.97 100.21 Based on the sample, can we stop the wood cutting process at = 0.01?
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