Question:

Test with an experiment -

Describe an experiment that would allow you to test your hypothesis from question 3.

This description must provide ample detail to show knowledge of experimental design and should list the independent and dependent variables, as well as your controlThe Scientific Method

Dissolved oxygen is oxygen that is trapped in a fluid, such as water. Since many living organisms require oxygen to survive, it is a necessary component of water systems such as streams, lakes, and rivers in order to support aquatic life. The dissolved oxygen is measured in units of parts per million (ppm). Examine the data in Table 4 showing the amount of dissolved oxygen present and the number of fish observed in the body of water the sample was taken from and then answer the questions below.

QUESTIONS

1. Make an observation - Based on the data in Table 4, describe the relationship between dissolved oxygen content and fish populations in the body of water. Discuss the pattern observed in the data set.

2. Do background research - Utilizing at least one scholarly source, describe how variations in dissolved oxygen content in a body of water can affect fish populations.

3. Construct a hypothesis - Based on your observation in Question 1 and your background research in Question 2, develop a hypothesis statement that addresses the relationship between dissolved oxygen in the water sample and the number of fish observed in the body of water.

4. Test with an experiment - Describe an experiment that would allow you to test your hypothesis from question 3. This description must provide ample detail to show knowledge of experimental design and should list the independent and dependent variables, as well as your control

5. Analyze results - Assume that your experiment produces results identical to those seen in Table 4, what type of graph would be appropriate for displaying the data and why?

6. Analyze results - Graph the data from Table 4 and describe what your graph looks like (you do not have to submit a picture of the actual graph).

7. Draw conclusions - Interpret the data from the graph made in Question 6. What conclusions can you make based on the results of this graph?

8. Draw conclusions - Assuming that your experiment produced results identical to those seen in Table 4, would you reject or accept the hypothesis that you produced in question 3? Explain how you determined this.