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For conducting a two-tailed hypothesis test with a certain data set, using the smaller of n, -1 and n, -1 for the degrees of freedom results in df = 11, and the corresponding critical values are t= ±2.201. Using the formula for the exact degrees of freedom results in df = 19.063, and the corresponding critical values aret= +2093. How is using the critical values of t= ±2.201 more "conservative" than using the critical values of +2093? Choose the correct answer below O A. Using the critical values of t= +2.201 is less likely to lead to rejection of the null hypothesis than using the critical values of t2.093. O B. Using the critical values of t= ±2201 is more likely to lead to rejection of the null hypothesis than using the critical values of +2.093. O C. Using the critical values of t= ±2 201 results in rounding the test statistic to more decimal places than using the critical values of 12.093. O D. Using the critical values of t= +2201 requires fewer calculations than using the critical values of +2.093.

For conducting a two-tailed hypothesis test with a certain data set, using the smaller of n, -1 and n, -1 for the degrees of freedom results in df = 11, and the corresponding critical values are t= ±2.201. Using the formula for the exact degrees of freedom results in df = 19.063, and the corresponding critical values aret= +2093. How is using the critical values of t= ±2.201 more "conservative" than using the critical values of +2093? Choose the correct answer below O A. Using the critical values of t= +2.201 is less likely to lead to rejection of the null hypothesis than using the critical values of t2.093. O B. Using the critical values of t= ±2201 is more likely to lead to rejection of the null hypothesis than using the critical values of +2.093. O C. Using the critical values of t= ±2 201 results in rounding the test statistic to more decimal places than using the critical values of 12.093. O D. Using the critical values of t= +2201 requires fewer calculations than using the critical values of +2.093.

College Algebra
College Algebra
7th Edition
ISBN:9781305115545
Author:James Stewart, Lothar Redlin, Saleem Watson
Publisher:James Stewart, Lothar Redlin, Saleem Watson
Chapter9: Counting And Probability
Section9.3: Binomial Probability
Problem 2E: If a binomial experiment has probability p success, then the probability of failure is...
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For conducting a two-tailed hypothesis test with a certain data set, using the smaller of n, -1 and n, -1 for the degrees of freedom results in df = 11, and the corresponding critical values are t= ±2.201. Using the formula for the exact degrees of freedom results in df = 19.063, and the corresponding critical values are t= +2.093, How is using the critical values of t= ±2.201 more "conservative" than using the crítical values of +2.093? Choose the correct answer below. O A. Using the critical values of t= ±2.201 is less likely to lead to rejection of the null hypothesis than using the critical values of +2.093. O B. Using the critical values of t= ±2.201 is more likely to lead to rejection of the null hypothesis than using the critical values of ±2.093. O C. Using the critical values of t= +2.201 results in rounding the test statistic to more decimal places than using the critical values of t2.093. O D. Using the critical values of t= ±2.201 requires fewer calculations than using the critical values of ±2.093. nts
Transcribed Image Text:For conducting a two-tailed hypothesis test with a certain data set, using the smaller of n, -1 and n, -1 for the degrees of freedom results in df = 11, and the corresponding critical values are t= ±2.201. Using the formula for the exact degrees of freedom results in df = 19.063, and the corresponding critical values are t= +2.093, How is using the critical values of t= ±2.201 more "conservative" than using the crítical values of +2.093? Choose the correct answer below. O A. Using the critical values of t= ±2.201 is less likely to lead to rejection of the null hypothesis than using the critical values of +2.093. O B. Using the critical values of t= ±2.201 is more likely to lead to rejection of the null hypothesis than using the critical values of ±2.093. O C. Using the critical values of t= +2.201 results in rounding the test statistic to more decimal places than using the critical values of t2.093. O D. Using the critical values of t= ±2.201 requires fewer calculations than using the critical values of ±2.093. nts
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