What table should be used to find P-value for a one-sample inferential procedure on µ?
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Why is the “One-sided row” used to find P-value for this example?
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How can you get more accurate P-values than an interval as given by the t table?
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The test statistic, t = –8.78 is off the df = 4 row on the right. Can we still find P-value for this test statistic using the t table?
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Why is the “Two-sided row” used to find P-value for this example?
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What table should we use to find P-value for the test statistic t=¯x−μ0s√n?
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What alternative hypotheses to we need to use to answer the research question, “Is the mean pulse rate for male students different from 72 beats per minute?”
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What are the degrees of freedom needed to find the P-value for the test statistic t = 0.758?
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With 0.50 > P-value > 0.40 and α = 0.50, should we reject H0?
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Why did we say “insufficient evidence to conclude” Ha is correct?
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