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4.15. A process is in control at X-double bar = 100, R- bar=7.3 with n=4. If the process level shifts to 101.5, with the same R-bar, what is the probability that the next X-bar point will fall outside the old control limits? a. 0.016 b. 0.029 c. 0.122 d. 0.360

4.15. A process is in control at X-double bar = 100, R- bar=7.3 with n=4. If the process level shifts to 101.5, with the same R-bar, what is the probability that the next X-bar point will fall outside the old control limits? a. 0.016 b. 0.029 c. 0.122 d. 0.360

MATLAB: An Introduction with Applications
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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Please solve 4.15
UCLX = X + A₂R USL - X Zupper Sx
Transcribed Image Text:UCLX = X + A₂R USL - X Zupper Sx
STATISTICAL 4.14. A new refrigerator has a probability of working correctly when it is first plugged in of 0.985. The probability that it will be delivered to the person's home with no dents is 0.947. What is the probability that it will arrive with no damage, and will work the first time? 80 a. 0.932 b. 0.933 4.15. A process is in control at X-double bar = 100, R- bar 7.3 with n=4. If the process level shifts to 101.5, with the same R-bar, what is the probability that the next X-bar point will fall outside the old control limits? F3 a. 0.016 b. 0.029 CRE 2018 000 000 c. 0.985 d. 0.999 F4 c. 0.122 d. 0.360 F5 IV - 102 4.20. a. D b. C MacBook Air c. F d. In re In 10 proba were (symm reliabi a. 0.96 b. 0.98 C. 0.99 d. 1.00
Transcribed Image Text:STATISTICAL 4.14. A new refrigerator has a probability of working correctly when it is first plugged in of 0.985. The probability that it will be delivered to the person's home with no dents is 0.947. What is the probability that it will arrive with no damage, and will work the first time? 80 a. 0.932 b. 0.933 4.15. A process is in control at X-double bar = 100, R- bar 7.3 with n=4. If the process level shifts to 101.5, with the same R-bar, what is the probability that the next X-bar point will fall outside the old control limits? F3 a. 0.016 b. 0.029 CRE 2018 000 000 c. 0.985 d. 0.999 F4 c. 0.122 d. 0.360 F5 IV - 102 4.20. a. D b. C MacBook Air c. F d. In re In 10 proba were (symm reliabi a. 0.96 b. 0.98 C. 0.99 d. 1.00
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