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Paulette Eugene Denis
on Nov 25, 2024

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When the necessary conditions are met, a two-tail test is being conducted at When the necessary conditions are met, a two-tail test is being conducted at   = 0.05 to test   . The two sample variances are   , and the sample sizes are   . The calculated value of the test statistic will be F = 2. = 0.05 to test When the necessary conditions are met, a two-tail test is being conducted at   = 0.05 to test   . The two sample variances are   , and the sample sizes are   . The calculated value of the test statistic will be F = 2. . The two sample variances are When the necessary conditions are met, a two-tail test is being conducted at   = 0.05 to test   . The two sample variances are   , and the sample sizes are   . The calculated value of the test statistic will be F = 2. , and the sample sizes are When the necessary conditions are met, a two-tail test is being conducted at   = 0.05 to test   . The two sample variances are   , and the sample sizes are   . The calculated value of the test statistic will be F = 2. . The calculated value of the test statistic will be F = 2.

Two-tail Test

A statistical test that considers both the directions of a possible effect, testing for the possibility of positive or negative deviations from the null hypothesis.

Sample Variances

A measure of the dispersion or variability within a sample data set, which indicates how much the sample elements differ from the sample mean.

Test Statistic

A standardized value that is calculated from sample data during a hypothesis test. It's used to determine whether to reject the null hypothesis.

  • Undertake the computation of the F-test statistic to contrast variances of two samples.
  • Discern the differences between one-tailed and two-tailed tests used in comparing variances.
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Keeth Karmel NacionNov 30, 2024
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