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Problem 9. A random sample of size n1 = 25, taken from a normal population with a standard deviation ?1 = 5.2, has a mean x? = 81. A second random sample of size n2 = 36, taken from a different normal population with a standard deviation ?2 = 3.4, has a mean x?2 = 76. Test the hypothesis that ?1 = ?2 against the alternative, ?1 ? ?2. Quote a P-value in your conclusion.

Name: Problem 9. A random sample of size n1 = 25, taken from a normal population with a standard deviation ?1 = 5.2, has a mean x? = 81. A second random sample of size n2 = 36, taken from a different normal population with a standard deviation ?2 = 3.4, has a mean x?2 = 76. Test the hypothesis that ?1 = ?2 against the alternative, ?1 ? ?2. Quote a P-value in your conclusion.
Uploaded: 2024-07-31T11:46:12-08:00
Duration: 4 min 3 s
Channel: Adi S
Description: Problem 9. A random sample of size n1 = 25, taken from a normal population with a standard deviation ?1 = 5.2, has a mean x? = 81. A second random sample of size n2 = 36, taken from a different normal population with a standard deviation ?2 = 3.4, has a mean x?2 = 76. Test the hypothesis that ?1 = ?2 against the alternative, ?1 ? ?2. Quote a P-value in your conclusion.

          Problem 9. A random sample of size n1 = 25, taken from a normal population with a standard deviation ?1 = 5.2, has a mean x? = 81. A second random sample of size n2 = 36, taken from a different normal population with a standard deviation ?2 = 3.4, has a mean x?2 = 76. Test the hypothesis that ?1 = ?2 against the alternative, ?1 ? ?2. Quote a P-value in your conclusion.

Problem 9. A random sample of size n1 = 25, taken from a normal population with a standard deviation ?1 = 5.2, has a mean x? = 81. A second random sample of size n2 = 36, taken from a different normal population with a standard deviation ?2 = 3.4, has a mean x?2 = 76. Test the hypothesis that ?1 = ?2 against the alternative, ?1 ? ?2. Quote a P-value in your conclusion.

Added by Pamela P.

Elementary Statistics a Step by Step Approach

Allan G. Bluman 9th Edition

Instant Answer

Solved by Expert Adi S

07/31/2024

Step 1

- Null hypothesis (\(H_0\)): \(\mu_1 = \mu_2\) - Alternative hypothesis (\(H_a\)): \(\mu_1 \neq \mu_2\) Show more…

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Problem 9. A random sample of size n1 = 25, taken from a normal population with a standard deviation σ1 = 5.2, has a mean x̄ = 81. A second random sample of size n2 = 36, taken from a different normal population with a standard deviation σ2 = 3.4, has a mean x̄2 = 76. Test the hypothesis that μ1 = μ2 against the alternative, μ1 ≠ μ2. Quote a P-value in your conclusion.