Exercise 3 (CLOS 2,4) Table 3 shows the numbers of defective products found during 20 samples of size 200. Sample # Table 3: Number of defective products Number of defectives Number of defectives 3 Sample # 11 12 13 11 11 3. 8. 4 9. 14 9. 5 6. 10 15 16 4 6. 17 16 18 18 9. 19 14 10 19 20 3. Questions: 1. Determine the control limits for the fraction defective. 2. Draw the control chart. 3. Determine whether the process is in statistical control. If not, assume assignable causes can be found and out-of-control points eliminated. Revise the control limits.

Exercise 3 (CLOS 2,4) Table 3 shows the numbers of defective products found during 20 samples of size 200. Sample # Table 3: Number of defective products Number of defectives Number of defectives 3 Sample # 11 12 13 11 11 3. 8. 4 9. 14 9. 5 6. 10 15 16 4 6. 17 16 18 18 9. 19 14 10 19 20 3. Questions: 1. Determine the control limits for the fraction defective. 2. Draw the control chart. 3. Determine whether the process is in statistical control. If not, assume assignable causes can be found and out-of-control points eliminated. Revise the control limits.

Name: Exercise 3 (CLOS 2,4)Table 3 shows the numbers of defective products
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Description: Exercise 3 (CLOS 2,4)Table 3 shows the numbers of defective products found during 20 samples of size 200.Table 3: Number of defective productsSample #11Sample #Number of defectives7Number of defectives3111211138.49.149.6.156.101646.1781618189.191410

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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