Dr. S. Oberman has the research hypothesis that drivers who have consumed one drink are actually slightly better (score higher on a driving test) than drivers who have had no alcohol. (One drink, she believes, makes them relaxed and not as nervous.) She tests this by having subjects take a standard driving test. We know that completely sober, college-student drivers score an average of 75 on this tes where high scores mean better driving. Lon Sum, Dr. S. Oberman's research assistant, draws a random sample of 64 from a population of college students, and gives them one drink. In this sample, the mean score on the test is 78, and the standard deviation is 24. What is the value of the "standard error" (SE)? O 24

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Dr. S. Oberman has the research hypothesis that drivers who have consumed one drink are actually slightly better (score higher on a
driving test) than drivers who have had no alcohol. (One drink, she believes, makes them relaxed and not as nervous.) She tests this by
having subjects take a standard driving test. We know that completely sober, college-student drivers score an average of 75 on this test,
where high scores mean better driving.
Lon Sum, Dr. S. Oberman's research assistant, draws a random sample of 64 from a population of college students, and gives them one
drink. In this sample, the mean score on the test is 78, and the standard deviation is 24. What is the value of the "standard error" (SE)?
24
8.
3.25
Trick question! The concept of the "standard error" does not apply here.
Transcribed Image Text:Dr. S. Oberman has the research hypothesis that drivers who have consumed one drink are actually slightly better (score higher on a driving test) than drivers who have had no alcohol. (One drink, she believes, makes them relaxed and not as nervous.) She tests this by having subjects take a standard driving test. We know that completely sober, college-student drivers score an average of 75 on this test, where high scores mean better driving. Lon Sum, Dr. S. Oberman's research assistant, draws a random sample of 64 from a population of college students, and gives them one drink. In this sample, the mean score on the test is 78, and the standard deviation is 24. What is the value of the "standard error" (SE)? 24 8. 3.25 Trick question! The concept of the "standard error" does not apply here.
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