# Null Hypothesis

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I hope you can help me with this problem. I have 2 questions regarding this study.

1) I have heard from my teacher that there is a 7th null hypothesis hidden in the text for this study. The first 6 are presented in the tables. WHAT IS THE 7TH NULL HYPOTHESIS???

They are:

Ho1: Cr 3+and As3+ has no effect on glucose tolerance levels despite oxidative stress and mitochondrial dysfunction; meanA = meanB= meanC

Ho2: As3+ and Cr3+ has no effect on the release of insulin in isolated pancreatic tissue; meanA = meanB= meanC

Ho3: As3+ and Cr3+ will not interfere with mitochondrial respiration (state 3) in vitro isolate of liver tissue; meanA = meanB= meanC

Ho4: As3+ and Cr3+ will not interfere with mitochondrial respiration (state 4) in vitro isolate of liver tissue; meanA = meanB= meanC

Ho5: As3+ and Cr3+ will not interfere with Respiratory Control Ratio (RCR); meanA = meanB= meanC

Ho6: As3+ and Cr3+ will not interfere with Mitochondrial ADP/O consumption ratio; meanA = meanB= meanC

QUESTION 2) WHAT IS THE EXPERIMENTAL DESIGN OF THIS STUDY? Can you explain to me what an experimental design is?

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I hope you can help me with this problem. I have 2 questions regarding this study.

1) I have heard from my teacher that there is a 7th null hypothesis hidden in the text for this study. The first 6 are presented in the tables. WHAT IS THE 7TH NULL HYPOTHESIS???

They are:

Ho1: Cr 3+and As3+ has no effect on glucose tolerance levels despite oxidative stress and mitochondrial dysfunction; meanA = meanB= meanC

Ho2: As3+ and Cr3+ has no effect on the release of insulin in isolated pancreatic tissue; meanA = meanB= meanC

Ho3: As3+ and Cr3+ will not interfere with mitochondrial respiration (state 3) in vitro isolate of liver tissue; meanA = meanB= meanC

Ho4: As3+ and Cr3+ will not interfere with mitochondrial respiration (state 4) in vitro isolate of liver tissue; meanA = meanB= meanC

Ho5: As3+ and Cr3+ will not interfere with Respiratory Control Ratio (RCR); meanA = meanB= meanC

Ho6: As3+ and Cr3+ will not interfere with Mitochondrial ADP/O consumption ratio; meanA = meanB= meanC

QUESTION 2) WHAT IS THE EXPERIMENTAL DESIGN OF THIS STUDY? Can you explain to me what an experimental design is?

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Question 2

<br>Experimental design is a planned interference in the natural order of events by the researcher. He does something more than carefully observe what is occurring. This emphasis on experiment reflects the higher regard generally given to information so derived. There is good rationale for this. Much of the substantial gain in knowledge in all sciences has come from actively manipulating or interfering with the stream of events. There ...

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