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3. It was known that a toxic material was dumped in a river leading into a large salt water commercial fishing area. Civil engineer studied the way the water carried the toxic material by measuring the amount of the material (in parts per million) found in oysters harvested at three different locations, ranging from the estuary out into the bay where the majority of commercial fishing was carried out. The resulting data are given below: Site Site Site 1 2 3 22 26 24 26 15 26 19 15 20 10 20 26 29 11 15 28 20 17 24 15 21 13 26 18 Test whether there is a significant difference in the average parts per million of toxic material found in oysters harvested at the three sites. Use a = 0.05.

3. It was known that a toxic material was dumped in a river leading into a large salt water commercial fishing area. Civil engineer studied the way the water carried the toxic material by measuring the amount of the material (in parts per million) found in oysters harvested at three different locations, ranging from the estuary out into the bay where the majority of commercial fishing was carried out. The resulting data are given below: Site Site Site 1 2 3 22 26 24 26 15 26 19 15 20 10 20 26 29 11 15 28 20 17 24 15 21 13 26 18 Test whether there is a significant difference in the average parts per million of toxic material found in oysters harvested at the three sites. Use a = 0.05.

Functions and Change: A Modeling Approach to College Algebra (MindTap Course List)
Functions and Change: A Modeling Approach to College Algebra (MindTap Course List)
6th Edition
ISBN:9781337111348
Author:Bruce Crauder, Benny Evans, Alan Noell
Publisher:Bruce Crauder, Benny Evans, Alan Noell
Chapter5: A Survey Of Other Common Functions
Section5.3: Modeling Data With Power Functions
Problem 6E: Urban Travel Times Population of cities and driving times are related, as shown in the accompanying...
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3. It was known that a toxic material was dumped in a river leading into a large salt water commercial fishing area. Civil engineer studied the way the water carried the toxic material by measuring the amount of the material (in parts per million) found in oysters harvested at three different locations, ranging from the estuary out into the bay where the majority of commercial fishing was carried out. The resulting data are given below: Site Site Site 1 15 26 20 2 19 22 15 26 10 26 24 20 29 28 21 26 11 20 13 26 15 17 24 15 18 Test whether there is a significant difference in the average parts per million of toxic material found in oysters harvested at the three sites. Use a = 0.05.
Transcribed Image Text:3. It was known that a toxic material was dumped in a river leading into a large salt water commercial fishing area. Civil engineer studied the way the water carried the toxic material by measuring the amount of the material (in parts per million) found in oysters harvested at three different locations, ranging from the estuary out into the bay where the majority of commercial fishing was carried out. The resulting data are given below: Site Site Site 1 15 26 20 2 19 22 15 26 10 26 24 20 29 28 21 26 11 20 13 26 15 17 24 15 18 Test whether there is a significant difference in the average parts per million of toxic material found in oysters harvested at the three sites. Use a = 0.05.
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