Solving a two-sample z-test for two population proportions is to be performed using the P-value approach.The null hypothesis is H 0 : P 1 = P 2 and the alternative is H a : P 1 ≠ P 2 . Use the given sample data to find the P-value for the hypothesis test. Give an interpretation of the p-value. n 1 = 200 n 2 = 100 x 1 = 11 x 2 = 8I got a p-value of 0.4009 but I'm not sure how to interpret this p-value and what it means or if my result is correct.

Question

Solving a two-sample z-test for two population proportions is to be performed using the P-value approach.The null hypothesis is       H    0    :      P    1    =      P    2   and the alternative is       H    a    :      P    1    ≠      P    2  . Use the given sample data to find the P-value for the hypothesis test. Give an interpretation of the p-value.      n    1    =  200      n    2    =  100      x    1    =  11      x    2    =  8I got a p-value of 0.4009 but I&#039;m not sure how to interpret this p-value and what it means or if my result is correct.

Porter Cohen · Accepted Answer

If there is no difference in the proportions, there is about a 40.1% chance of seeing the observed difference or larger by natural sampling variationI think this is the right interpretation for the p-value.By the way, R u in UA? Stat151 in M.Yaskina&#039;s class.

Solving a two-sample z-test for two population proportions is to be performed using the P-value appr

Answered question

Answer & Explanation

New Questions in Pre-Algebra