Suppose two food preservatives are extensively tested and determined safe for use in meats. A processor wants to compare the preservatives for their effects on retarding spoilage. Suppose 16 cuts of fresh meat are treated with preservative A with mean 95.25 and Sample standard deviation 13.45. And another 12 cuts of meat are treated with preservative B with mean 100.50 and standard deviation 10.55. The number of hours until spoilage begins is recorded for each of the 28 cuts of meat. The value of the test statistic for determining if there is a difference in the population variances for preservatives A and B is equal to: A. 1.129. B. 1.275. C. 1.625. D. 0.784.
Suppose two food preservatives are extensively tested and determined safe for use in meats. A processor wants to compare the preservatives for their effects on retarding spoilage. Suppose 16 cuts of fresh meat are treated with preservative A with mean 95.25 and Sample standard deviation 13.45. And another 12 cuts of meat are treated with preservative B with mean 100.50 and standard deviation 10.55. The number of hours until spoilage begins is recorded for each of the 28 cuts of meat. The value of the test statistic for determining if there is a difference in the population variances for preservatives A and B is equal to: A. 1.129. B. 1.275. C. 1.625. D. 0.784.
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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Question
![Suppose two food preservatives are extensively tested and determined safe for use in meats. A
processor wants to compare the preservatives for their effects on retarding spoilage. Suppose 16
cuts of fresh meat are treated with preservative A with mean 95.25 and Sample standard
deviation 13.45. And another 12 cuts of meat are treated with preservative B with mean 100.50
and standard deviation 10.55. The number of hours until spoilage begins is recorded for each of
the 28 cuts of meat. The value of the test statistic for determining if there is a difference in the
population variances for preservatives A and B is equal to:
A. 1.129.
OB. 1.275.
OC. 1.625.
OD. 0.784.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0a2139e0-3f85-4ef3-b2a9-e7710f6d673e%2Fec512899-b28d-4038-a273-170193153cbf%2Fn2a72lc_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Suppose two food preservatives are extensively tested and determined safe for use in meats. A
processor wants to compare the preservatives for their effects on retarding spoilage. Suppose 16
cuts of fresh meat are treated with preservative A with mean 95.25 and Sample standard
deviation 13.45. And another 12 cuts of meat are treated with preservative B with mean 100.50
and standard deviation 10.55. The number of hours until spoilage begins is recorded for each of
the 28 cuts of meat. The value of the test statistic for determining if there is a difference in the
population variances for preservatives A and B is equal to:
A. 1.129.
OB. 1.275.
OC. 1.625.
OD. 0.784.
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