Question

For each of the following examples of tests of hypothesis about µ, show the rejection and...

For each of the following examples of tests of hypothesis about µ, show the rejection and nonrejection regions on the t distribution curve.

a. A two-tailed test with α = .02 and n = 20

b. A left-tailed test with α = .01 and n = 16

c. A right-tailed test with α = .05 and n = 18

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Suppose we have a right-tailed hypothesis test about µ conducted at α = 0.01. If the...
Suppose we have a right-tailed hypothesis test about µ conducted at α = 0.01. If the sample size is n = 8, what is the correct rejection region?
Using the t distribution table, identify the t statistics that would set the critical regions in...
Using the t distribution table, identify the t statistics that would set the critical regions in a hypothesis test for the following alphas and n’s (2 points each). Remember to check direction and df when choosing the column/row.   One-tailed test, α = .05, n = 10 Two-tailed test, α = .05, n = 10 One-tailed test, α = .01, n = 15 Two-tailed test, α = .01, n = 20
9.4 Explain which of the following is a two-tailed test, a left-tailed test, or a right-tailed...
9.4 Explain which of the following is a two-tailed test, a left-tailed test, or a right-tailed test. a. H0: μ = 12, H1: μ < 12 b. H0: μ ≤ 85, H1: μ > 85 c. H0: μ = 33, H1: μ ≠ 33 Show the rejection and nonrejection regions for each of these cases by drawing a sampling distribution curve for the sample mean, assuming that it is normally distributed.
For the following small sample hypothesis test of a single mean, H0 : µ = 10...
For the following small sample hypothesis test of a single mean, H0 : µ = 10 vs. Ha : µ > 10, give as much information as possible about the p-value and determine your conclusion for a significance level of α = .05. (a) n = 10, T = 2.43 (b) n = 5, T = 2.43 (c) n = 5, T = −2.43
Specify the rejection region associated with a test of hypothesis for the following combinations of Ha,...
Specify the rejection region associated with a test of hypothesis for the following combinations of Ha, α, and n: Ha : µ < 10, α = 0.05, n = 17 (assume that the sampled population was normal). (a)Z < −1.645 (b)Z < −1.96 (c)t < −2.12 (d)t < −1.746
Use tables in the Appendix to specify the appropriate Rejection Region ONLY for each hypothesis test...
Use tables in the Appendix to specify the appropriate Rejection Region ONLY for each hypothesis test described below. H0: σ2 = 25               (With a sample size n = 20.) Ha: σ2 < 25 α = .10 (b) H0: μ = 80                (With σ unknown and a sample size n = 36.) Ha: μ > 80    α = .05 (c) H0: p1 – p2 = 0 (With sample sizes n1 = n2 = 60.) Ha: p1 – p2 ¹ 0...
Use the appropriate table to find each of the following. Draw and label a sketch of...
Use the appropriate table to find each of the following. Draw and label a sketch of the distribution. - What is the critical value for a right-tailed Z test with α = 0.08? - What are the critical values for a two-tailed Z test with α = 0.04? - What is the critical value for a left-tailed T test with α = 0.10 and n = 18?
Determine the critical value(s) of the test statistic for each of the following small sample tests...
Determine the critical value(s) of the test statistic for each of the following small sample tests for the population mean where the assumption of normality is satisfied. Round your answer to four decimal places. Step 1 of 3: Left-tailed test,α=0.1,n=9 Step 2 of 3: Right-tailed test ,α=0.05,n=23 Two-tailed test, α=0.1,n=27 (negative and positive critical values)
This requires you to show ALL work needed to conduct the two tests of hypotheses below....
This requires you to show ALL work needed to conduct the two tests of hypotheses below. Determine if your tests are one tailed or two-tailed according to your alternative hypothesis. You will have to use a z table as well. 1) A random sample of 20 observations selected from a normal population produced x bar = 72.6 and s^2 (variance) = 19.4 a) Test the null hypothesis: mean = 80 against the alternative hypothesis: mean < 80. Use alpha =...
For this week's discussion, come up with a word problem to test a hypothesis. First, describe...
For this week's discussion, come up with a word problem to test a hypothesis. First, describe a word problem. Then, state the null and alternative hypothesis. Third, select the distribution, either the normal distribution or t distribution, to be used for the test. Finally, state what test is conducted among the following tests: a two-tailed, left-tailed or right-tailed test?