"A veterinarian predicts that the average life span of local dogs (no specific dog breed) in America is less than the average life span of local dogs (Aspin) in the Philippines. The average life span of 43 local dogs in America is 13.3 years with σ2=4.41σ2=4.41. The average life span of 43 local dogs in the Philippines is 15.4 with σ2=2.25σ2=2.25. Test the veterinarian claim using α=0.05 level of significance." The following must be seen in your answer. State the statistical tool that will be used to solve the problem above. State the null and alternative hypotheses. Find the critical value and the degree of freedom (if possible)

"A veterinarian predicts that the average life span of local dogs (no specific dog breed) in America is less than the average life span of local dogs (Aspin) in the Philippines. The average life span of 43 local dogs in America is 13.3 years with σ2=4.41σ2=4.41. The average life span of 43 local dogs in the Philippines is 15.4 with σ2=2.25σ2=2.25. Test the veterinarian claim using α=0.05 level of significance." The following must be seen in your answer. State the statistical tool that will be used to solve the problem above. State the null and alternative hypotheses. Find the critical value and the degree of freedom (if possible)

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter7: Analytic Trigonometry

Section7.3: The Addition And Subtraction Formulas

Problem 71E

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"A veterinarian predicts that the average life span of local dogs (no specific dog breed) in America is less than the average life span of local dogs (Aspin) in the Philippines. The average life span of 43 local dogs in America is 13.3 years with σ2=4.41σ2=4.41. The average life span of 43 local dogs in the Philippines is 15.4 with σ2=2.25σ2=2.25. Test the veterinarian claim using α=0.05 level of significance."

The following must be seen in your answer.

State the statistical tool that will be used to solve the problem above.
State the null and alternative hypotheses.
Find the critical value and the degree of freedom (if possible)
Compute the test value
Determine the decision for the null hypothesis
Interpret the result

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