5. It is claimed that the proportion of high school athletes who go on to play sports in college is 0.08. Believing this claimed value is incorrect, a researcher surveys a random sample of former high school athletes and finds that the proportion who went on to play sports in college is 0.07. When a hypothesis test is conducted at a significance (or alpha) level of 0.10, the P-value is found to be 0.06. What decision should the researcher make based on the results of the hypothesis test? 1. The null hypothesis should be rejected because 0.06 is less than 0.10. 2. The null hypothesis should be rejected because 0.06 is less than 0.07. 3. The null hypothesis should be rejected because 0.06 is less than 0.08. 4. The null hypothesis should be rejected because 0.07 is less than 0.08. 5. The null hypothesis should not be rejected.

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5. It is claimed that the proportion of high school athletes who go on to play sports in college is 0.08.  Believing this claimed value is incorrect, a researcher surveys a random sample of former high school athletes and finds that the proportion who went on to play sports in college is 0.07.  When a hypothesis test is conducted at a significance (or alpha) level of 0.10, the P-value is found to be 0.06.  What decision should the researcher make based on the results of the hypothesis test?


1. The null hypothesis should be rejected because 0.06 is less than 0.10.
2. The null hypothesis should be rejected because 0.06 is less than 0.07.
3. The null hypothesis should be rejected because 0.06 is less than 0.08.
4. The null hypothesis should be rejected because 0.07 is less than 0.08.
5. The null hypothesis should not be rejected.
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