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An environmental studies student working on an independent research project was investigating metal contamination in the St. Lawrence River. The metals can accumulate in organisms that live in the river (known as bioaccumulation). He collected samples of Quagga mussels at three sites in the St. Lawrence River and measured the concentration of copper (in micrograms per gram, Use the following An environmental studies student working on an independent research project was investigating metal contamination in the St. Lawrence River. The metals can accumulate in organisms that live in the river (known as bioaccumulation). He collected samples of Quagga mussels at three sites in the St. Lawrence River and measured the concentration of copper (in micrograms per gram, or mcg/g) in the mussels. His data are summarized in the provided table and plot. He wants to know if there are any significant differences in mean copper concentration among the three sites -Computer output from the analysis is provided: One-way ANOVA: Copper Concentration (mcg/g) versus Sit Test, using = 0.05, for a difference in mean copper concentration among the three sites. Include all details of the test or mcg/g) in the mussels. His data are summarized in the provided table and plot. He wants to know if there are any significant differences in mean copper concentration among the three sites
Use the following An environmental studies student working on an independent research project was investigating metal contamination in the St. Lawrence River. The metals can accumulate in organisms that live in the river (known as bioaccumulation). He collected samples of Quagga mussels at three sites in the St. Lawrence River and measured the concentration of copper (in micrograms per gram, or mcg/g) in the mussels. His data are summarized in the provided table and plot. He wants to know if there are any significant differences in mean copper concentration among the three sites -Computer output from the analysis is provided: One-way ANOVA: Copper Concentration (mcg/g) versus Sit Test, using = 0.05, for a difference in mean copper concentration among the three sites. Include all details of the test
Use the following An environmental studies student working on an independent research project was investigating metal contamination in the St. Lawrence River. The metals can accumulate in organisms that live in the river (known as bioaccumulation). He collected samples of Quagga mussels at three sites in the St. Lawrence River and measured the concentration of copper (in micrograms per gram, or mcg/g) in the mussels. His data are summarized in the provided table and plot. He wants to know if there are any significant differences in mean copper concentration among the three sites -Computer output from the analysis is provided: One-way ANOVA: Copper Concentration (mcg/g) versus Sit Test, using = 0.05, for a difference in mean copper concentration among the three sites. Include all details of the test
-Computer output from the analysis is provided:
One-way ANOVA: Copper Concentration (mcg/g) versus Sit
Use the following An environmental studies student working on an independent research project was investigating metal contamination in the St. Lawrence River. The metals can accumulate in organisms that live in the river (known as bioaccumulation). He collected samples of Quagga mussels at three sites in the St. Lawrence River and measured the concentration of copper (in micrograms per gram, or mcg/g) in the mussels. His data are summarized in the provided table and plot. He wants to know if there are any significant differences in mean copper concentration among the three sites -Computer output from the analysis is provided: One-way ANOVA: Copper Concentration (mcg/g) versus Sit Test, using = 0.05, for a difference in mean copper concentration among the three sites. Include all details of the test
Test, using Use the following An environmental studies student working on an independent research project was investigating metal contamination in the St. Lawrence River. The metals can accumulate in organisms that live in the river (known as bioaccumulation). He collected samples of Quagga mussels at three sites in the St. Lawrence River and measured the concentration of copper (in micrograms per gram, or mcg/g) in the mussels. His data are summarized in the provided table and plot. He wants to know if there are any significant differences in mean copper concentration among the three sites -Computer output from the analysis is provided: One-way ANOVA: Copper Concentration (mcg/g) versus Sit Test, using = 0.05, for a difference in mean copper concentration among the three sites. Include all details of the test = 0.05, for a difference in mean copper concentration among the three sites. Include all details of the test

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