91Ó°ÊÓ

Which provides stronger evidence against the null hypothesis, a P-value of $0.06$or a P-value of $0.04$?Explain your answer.

We have given the P-value for a hypothesis test. For each exercise determine the strength of the evidence against null hypothesis.

Given$P-value=0.06$

We have given the P-value for a hypothesis test. For each exercise determine the strength of the evidence against null hypothesis.

Given$P-value=0.35$

We have given the P-value for a hypothesis test. For each exercise determine the strength of the evidence against null hypothesis.

Given$P-value=0.027$

We have given the P-value for a hypothesis test. For each exercise determine the strength of the evidence against null hypothesis.

Given $P-value\mathrm{is}0.004.$

We have given the P-value for a hypothesis test. For each exercise determine the strength of the evidence against null hypothesis.

Given $P-valueis0.184$

Suppose that, in a hypothesis test, the null hypothesis is in fact true.

a. Is it possible to make a Type I error? Explain your answer.

b. Is it possible to make a Type II error? Explain your answer.

We have given the P-value for a hypothesis test. For each exercise determine the strength of the evidence against null hypothesis.

Given $P-valueis0.086$

We have given the P-value for a hypothesis test. For each exercise determine the strength of the evidence against null hypothesis.

Given

$P-valueis0.001$

We have given the P-value for a hypothesis test. For each exercise determine the strength of the evidence against null hypothesis.

Given

$P-\mathrm{value}\mathrm{is}0.012$