Find the t values that form the boundaries of the critical region for a two-tailed test with α = .05 for each of the following sample sizes. n = 6 n = 12 n = 24
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- Find the t values that form the boundaries of the critical region for a two-tailed test with α = .05 for each of the following sample sizes.
- n = 6
- n = 12
- n = 24
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- Find the t value that forms the boundary of the critical region in the right-hand tail for a one-tailed test with a alpha = .01 for each of the following sample sizes. a. n = 10b. n = 20c. n = 30Find the t value that forms the boundary of the critical region in the right-hand tail for a one-tailed test with a=.01 for each of the following sample sizes n=10 n=20 n=30Find the t value that forms the boundary of the critical region in the right-hand tail for a one-tailed test with α = .01 for each of the following sample sizes. n = 10 n = 20 n = 30
- Find the t values that form the boundary of the critical region in the right-hand tail for a one tailed test with α=.01 for each of the following sample sizes: A) n=10 B) n=20 c) n=30Find the t values that form the boundaries of the critical region for a two-tailed test with a = .05 for ear following sample sizes: n=4 n = 15 n=24Find the t values that form the boundaries of the critical region for a two-tailed test with a = .01 for each of the following sample sizes n=10 n=20 n=30
- Find the t values that form the boundaries of the critical region for a two-tailed test with α = .05 for each of the following sample sizes: n = 6 n = 12 n = 48 Repeat parts 1–3 assuming a one-tailed test, α = .05 . Repeat parts 1–3 assuming a two-tailed test, α = .01.Find the t-values that form the boundaries of the critical region for a two-tailed test with alpha of .05 for the n = 15