Q1 A Six Sigma team is testing pilot test results to see if they have made...

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Q1 A Six Sigma team is testing pilot test results to see if they have made a statistically significant improvement about the patient safety process. They need to test this hypothesis statistically and determine the 95% Confidence Interval for the improvement. Data from the baseline and pilot test are reported in the table below: Defect Near Misses (Defects) Baseline Pilot Test 6,300 480 Good 613,800 48,620 Sample 620,100 0.01015 Rate 49,100 0.00978 01.1 State the hypothesis. Q1.2 Test the hypothesis and state the results in statistical and business statements. Q1.3 Q1.4 01.5 State the 95% confidence interval for the baseline process defect rate in %. State the 95% confidence interval for the improved process defect rate in %. Compare the results from the Confidence Interval to the hypothesis test. Do they agree? Why or why not? 6 words K Text Predictions: On Accessibility: Investigate Recovered Focus Q1 A Six Sigma team is testing pilot test results to see if they have made a statistically significant improvement about the patient safety process. They need to test this hypothesis statistically and determine the 95% Confidence Interval for the improvement. Data from the baseline and pilot test are reported in the table below: Defect Near Misses (Defects) Baseline Pilot Test 6,300 480 Good 613,800 48,620 Sample 620,100 0.01015 Rate 49,100 0.00978 01.1 State the hypothesis. Q1.2 Test the hypothesis and state the results in statistical and business statements. Q1.3 Q1.4 01.5 State the 95% confidence interval for the baseline process defect rate in %. State the 95% confidence interval for the improved process defect rate in %. Compare the results from the Confidence Interval to the hypothesis test. Do they agree? Why or why not? 6 words K Text Predictions: On Accessibility: Investigate Recovered Focus