The null and alternative hypotheses for a hypothesis test of the difference in two population proportions are:Null Hypothesis: Alternative Hypothesis: Notice that the alternative hypothesis is a one-tailed test. Suppose proportions_ztest method from statsmodels is used to perform the test and the output is (1.13, 0.263). What is the P-value for this hypothesis test? Select one. The null and alternative hypotheses for a hypothesis test of the difference in twopopulation proportions are:Null Hypothesis: p1 = p2%3DAlternative Hypothesis: p1 > p2Notice that the alternative hypothesis is a one-tailed test. Suppose proportions_ztestmethod from statsmodels is used to perform the test and the output is (1.13, 0.263).What is the P-value for this hypothesis test? Select one.1.13O 0.1315-1.130.263

Given one-tailed test Output is (1.13,0.263)

Answered: The null and alternative hypotheses for…

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

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The null and alternative hypotheses for a hypothesis test of the difference in two population proportions are:

Null Hypothesis:

Alternative Hypothesis:

Notice that the alternative hypothesis is a one-tailed test. Suppose proportions_ztest method from statsmodels is used to perform the test and the output is (1.13, 0.263). What is the P-value for this hypothesis test? Select one.

The null and alternative hypotheses for a hypothesis test of the difference in two
population proportions are:
Null Hypothesis: p1 = p2
%3D
Alternative Hypothesis: p1 > p2
Notice that the alternative hypothesis is a one-tailed test. Suppose proportions_ztest
method from statsmodels is used to perform the test and the output is (1.13, 0.263).
What is the P-value for this hypothesis test? Select one.
1.13
O 0.1315
-1.13
0.263

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