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When performing a x² test for independence in a contingency table with r rows and c columns, determine the upper-tail critical value of the test statistic in each of the following circumstances. a. α=0.05, r = 3, c = 4 b. α=0.01, r= 3, c=6 c. α=0.01, r= 3, c = 4 d. a = 0.01, r= 5, c=4 e. α=0.01, r= 6, c=5 a. Determine the upper-tail critical value of the test statistic using the values given in the problem statement for part (a). The critical value is 23.21. (Type an integer or a decimal. Round to three decimal places as needed.)

When performing a x² test for independence in a contingency table with r rows and c columns, determine the upper-tail critical value of the test statistic in each of the following circumstances. a. α=0.05, r = 3, c = 4 b. α=0.01, r= 3, c=6 c. α=0.01, r= 3, c = 4 d. a = 0.01, r= 5, c=4 e. α=0.01, r= 6, c=5 a. Determine the upper-tail critical value of the test statistic using the values given in the problem statement for part (a). The critical value is 23.21. (Type an integer or a decimal. Round to three decimal places as needed.)

Calculus For The Life Sciences
Calculus For The Life Sciences
2nd Edition
ISBN:9780321964038
Author:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Publisher:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Chapter1: Functions
Section1.2: The Least Square Line
Problem 8E
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When performing a x² test for independence in a contingency table with r rows and c columns, determine the upper-tail critical value of the test statistic in each of the following circumstances. a. α=0.05, r=3, c = 4 b. α=0.01, r= 3, c = 6 c. α=0.01, r= 3, c = 4 earch View an example a. Determine the upper-tail critical value of the test statistic using the values given in the problem statement for part (a). The critical value is 23.21. (Type an integer or a decimal. Round to three decimal places as needed.) Get more help - #1 d. α=0.01, r= 5, c=4 e. α=0.01, r= 6, c=5 SS O 밥 *** U 86°F VSIA
Transcribed Image Text:When performing a x² test for independence in a contingency table with r rows and c columns, determine the upper-tail critical value of the test statistic in each of the following circumstances. a. α=0.05, r=3, c = 4 b. α=0.01, r= 3, c = 6 c. α=0.01, r= 3, c = 4 earch View an example a. Determine the upper-tail critical value of the test statistic using the values given in the problem statement for part (a). The critical value is 23.21. (Type an integer or a decimal. Round to three decimal places as needed.) Get more help - #1 d. α=0.01, r= 5, c=4 e. α=0.01, r= 6, c=5 SS O 밥 *** U 86°F VSIA
When performing a x² test for independence in a contingency table following circumstances. a. α = 0.05, r = 3, c = 4 b. α=0.01, r=3, c=6 c. α = 0.01, r= 3, c = 4 d. α=0.01, r=5, c=4 e. α = 0.01, r= 6, c=5 a. Determine the upper-tail critical value of the test statistic using the The critical value is 23.21 (Type an integer or a decimal. Round to three decimal places as nee
Transcribed Image Text:When performing a x² test for independence in a contingency table following circumstances. a. α = 0.05, r = 3, c = 4 b. α=0.01, r=3, c=6 c. α = 0.01, r= 3, c = 4 d. α=0.01, r=5, c=4 e. α = 0.01, r= 6, c=5 a. Determine the upper-tail critical value of the test statistic using the The critical value is 23.21 (Type an integer or a decimal. Round to three decimal places as nee
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