Two different simple random samples are drawn from two different populations. The first sample consists of 30 people with 16 having a common attribute. The secondsample consists of 2200 people with 1603 of them having the same common attribute. Compare the results from a hypothesis test of p, = P2 (with a 0.01 significancelevel) and a 99% confidence interval estimate of p, - p2.(Round to three decimal places as needed. Use a comma to separate answers as needed.)What is the conclusion based on the hypothesis test?The test statistic isV the critical region, sothe null hypothesis. There isV evidence to conclude that p, #p2.O< (P. - P2) Two different simple random samples are drawn from two different populations. The first sample consists of 30 people with 16 having a common attribute. The secondsample consists of 2200 people with 1603 of them having the same common attribute. Compare the results from a hypothesis test of p, = P2 (with a 0.01 significancelevel) and a 99% confidence interval estimate of p, - p2.O A. Ho: P1 =P2H1: P1 > P2O B. Ho: P1 = P2H4:P, #P2O C. Ho: P1 sp2H1: P1 #P2O F. Ho: P1 = P2O D. Ho: P1 #P2H1: P1 = P2O E. Ho: P1 2 P2H:P1 #P2H,: P1

Name: Two different simple random samples are drawn from two different popu
Uploaded: 2024-03-20T07:07:12.000Z
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Description: Two different simple random samples are drawn from two different populations. The first sample consists of 30 people with 16 having a common attribute. The secondsample consists of 2200 people with 1603 of them having the same common attribute. Comp

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Two different simple random samples are drawn from two different populations. The first sample consists of 30 people with 16 having a common attribute. The second sample consists of 2200 people with 1603 of them having the same common attribute. Compare the results from a hypothesis test of p, = P2 (with a 0.01 significance level) and a 99% confidence interval estimate of p, - P2. OC. Ho: P1 S P2 H1: P1 #P2 O B. Ho: P1 = P2 O A. Ho: P1 = P2 H1: P1 > P2 H:P1 #P2 O F. Ho: P1 = P2 H: P1