Find the critical value of t from Appendix D for the following situations. Specify the correct degrees of freedom, whether the value is “+/-“ or is “+ or –“ and the df you used in the table if the value isn’t listed.
a) N = 32, α = .05, one-tailed independent groups t-test
b) N = 28, α = .01, two-tailed independent groups t-test
c) N = 26, α = .05, one-tailed independent groups t-test
d) N = 41, α = .01, one-tailed correlated groups t-test
e) N = 30, α= .05, two-tailed correlated groups t-test
f) N = 121, α=.01, two-tailed correlated groups t-test
Find the critical value of t from Appendix D for the following situations. Specify the correct...
Calculate the critical degrees of freedom and identify the critical t value for a single-sample t test in each of the following situations, using p=.05 for all scenarios. Then, state whether the null hypothesis would be accepted or rejected: 10) Two-tailed test, N = 10, t = 2.35 df= (answer) critical t = (answer) Accept or Reject Ho: (answer)
Find the critical value(s) of t that specify the rejection region for the situation given. (Round your answers to three decimal places. If the test is one-tailed, enter NONE for the unused region.) a two-tailed test with α = 0.01 and 15 df
For each of the following t values (a-d), indicate whether the t statistic is statistically significant for a two-tailed test, at the specified alphas: t = 2.90, df = 25, α = 0.01 t = 2.20, df = 25, α = 0.05 t = 5.52, df = 10, α = 0.01 t = 2.02, df = 20, α = 0.05 CAUTION: GET ON THE RIGHT PAGE …..Make sure you use the correct table: pages 413-415 (the difference is the α:...
Example 8.23. #4. With your cakeulator find the critical value (or val ues) for the t test for each. Then draw the corresponding picture a. n-15, -0.05, right-tailed b. n-23, a 0.005, left-tailed c, n 28, α-0.01, two-tailed d. n 17, a 0.02, two-tailed Solutions a. n-15, df-14 and t- 163 and te
Example 8.23. #4. With your cakeulator find the critical value (or val ues) for the t test for each. Then draw the corresponding picture a. n-15, -0.05,...
How do i get the answer?
Identify the critical t value in each of the following circumstances: a. a. b. b. One-tailed test, N=12, p level = .10 One-tailed test, N=89, p level= .05 Two-tailed test, N=42, p level=.05 Two-tailed test, N=109, p level=.01 o
Use the Distributions tool to find the t value that forms the boundary of the critical region in the right-hand tail for a one-tailed test with ?-.01 for each of the following sample sizes. (Use three decimal places.) t Distribution Degrees of Freedom 21 5000 5000 3.0 0.0 0.000 -2.0 1.0 1.0 2.0 3.0 n 10: n 20: n 30:
Using the t distribution table in your text, (Figure 10.11) and identify the df and critical value at α = .05, for a one-tailed test with n = 11. Thank you!!
3 and 4
3. Indicate df for the following statistical tests: a. One sample t test b. Independent samples t test (same N's in both groups) c. Independent samples t test (different N's) d. Paired samples t test e. Testing whether correlation coefficient is different from 0. 4. Assume you have two independent samples that you wish to compare. One sample has an N of 14 and the other has an N of 10. For a = .05, two tailed...
Determine the t critical value for a two-sided confidence interval in each of the following situations. (Round your answers to three decimal places.) (a) Confidence level = 95%, df = 10 (b) Confidence level = 95%, df = 15 (c) Confidence level = 99%, df = 15 (d) Confidence level = 99%, n = 5 (e) Confidence level = 98%, df = 22 (f) Confidence level = 99%, n = 38 You may need to use the appropriate table in...
Find the critical t-score (t) for the two tailed test with α-.01. a) t2.58 b) t3.01 c2.62 d) 2.65 e) none of these 14. 15.Therefore, the conclusion for this hypothesis test is: a) reject Ho at a-.05 and FTR Ho at a-o1 c) reject H° at α-.01 and FTR Ho at α-05 b) reject H, at α-.05 and α-.01 d) FIR h, at α-.05 and α-,01 e) none of these after in the percentage of cans showing discoloration 16. This...