Arrange the logical steps of null hypothesis testing in the correct order, from first to last.

Which of the following statements most accurately describes the core logic underlying null hypothesis testing?

A researcher is evaluating whether a new memory-enhancing exercise improves recall scores compared to a control group. Match each stage of the researcher's investigation to the specific logical step of the testing framework it represents.

In the logic of null hypothesis testing, a researcher who obtains sample results that are highly likely to occur under the null hypothesis ($p > .05$) is logically justified in concluding that the null hypothesis has been proven true.

Suppose you are designing a procedural 'blueprint' for an automated research-analysis tool. The tool must evaluate the effectiveness of a new mindfulness intervention on stress levels using the core logic of null hypothesis testing. Which of the following procedural blueprints correctly constructs this logical framework?

In the logic of null hypothesis testing, researchers first assume that the alternative hypothesis is true, and then calculate how likely their sample results would be under this assumption.

A researcher studying a new memory technique begins by assuming it has no effect (the null hypothesis). According to the logic of null hypothesis testing, the researcher will only reject this starting assumption if the data they collect are so unlikely to occur that they are logically _____ with the null hypothesis.

A clinical psychologist is evaluating a new mindfulness application designed to reduce anxiety. Match each action taken by the psychologist during the study to its corresponding step in the logic of null hypothesis testing.

According to the structured logic of null hypothesis testing, a researcher who calculates that their sample results are extremely unlikely to occur under the assumption that the null hypothesis is true will decide to _____ the null hypothesis.

Evaluate the logical workflow of null hypothesis testing. Arrange the steps in the correct order of execution, starting with the baseline assumption and ending with the final decision.