Suppose you are testing the hypotheses Ho: p=0.21 vs. p +0.21 with significance level =...

 

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Suppose you are testing the hypotheses Ho: p=0.21 vs. p +0.21 with significance level α = 0. 05. A sample size of 209 results in a sample proportion of 0.26. As you know, one way to address two-sided tests is to create confidence intervals. Construct the appropriate confidence interval for p that could be used to address the test and report the upper limit of the confidence interval. Note: 1- Only round your final answer to 2 decimal places. Enter your final answer with 2 decimal places. 2- Your final answer should be expressed as a decimal and not a percentage. Suppose you are testing the hypotheses Ho: p=0.21 vs. p +0.21 with significance level α = 0. 05. A sample size of 209 results in a sample proportion of 0.26. As you know, one way to address two-sided tests is to create confidence intervals. Construct the appropriate confidence interval for p that could be used to address the test and report the upper limit of the confidence interval. Note: 1- Only round your final answer to 2 decimal places. Enter your final answer with 2 decimal places. 2- Your final answer should be expressed as a decimal and not a percentage.

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H P 021 2 005 thus ie 2209 ie vs Ha p70... View the full answer