Q1. Consider a p-chart with 3 sigma control limits. The in-control process fraction nonconforming is 0.02. (a) If 50 items are inspected each day, what is the probability of detecting a shift of the fraction nonconforming to 0.04 on the first day after the shift? (i) Construct a p-chart: What is the center line of the p-chart? (ii) Construct a p-chart: What is the Upper Control Limit of the p-chart? (iii) Construct a p-chart: What is the Lower Control Limit of the p-chart? (iv) What is the probability of detecting a shift in the fraction nonconforming to 0.04 on the first day after the shift? (b) What is the probability of detecting a shift in the fraction nonconforming to 0.04 at least once by

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Consider a p-chart with 3 sigma control limits. The in-control process fraction nonconforming is 0.02. (a) If 50 items are inspected each day, what is the probability of detecting a shift of the fraction nonconforming to 0.04 on the first day after the shift?
Q1. Consider a p-chart with 3 sigma control limits. The in-control process fraction nonconforming
is 0.02.
(a) If 50 items are inspected each day, what is the probability of detecting a shift of the fraction
nonconforming to 0.04 on the first day after the shift?
(i) Construct a p-chart: What is the center line of the p-chart?
(ii) Construct a p-chart: What is the Upper Control Limit of the p-chart?
(iii) Construct a p-chart: What is the Lower Control Limit of the p-chart?
(iv) What is the probability of detecting a shift in the fraction nonconforming to 0.04 on the first day after
the shift?
(b) What is the probability of detecting a shift in the fraction nonconforming to 0.04 at least once by
the end of the third day following the shift?
Transcribed Image Text:Q1. Consider a p-chart with 3 sigma control limits. The in-control process fraction nonconforming is 0.02. (a) If 50 items are inspected each day, what is the probability of detecting a shift of the fraction nonconforming to 0.04 on the first day after the shift? (i) Construct a p-chart: What is the center line of the p-chart? (ii) Construct a p-chart: What is the Upper Control Limit of the p-chart? (iii) Construct a p-chart: What is the Lower Control Limit of the p-chart? (iv) What is the probability of detecting a shift in the fraction nonconforming to 0.04 on the first day after the shift? (b) What is the probability of detecting a shift in the fraction nonconforming to 0.04 at least once by the end of the third day following the shift?
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