Intro to Bio Essay

1. What patterns do you observe based on the study in Table 1? The patterns that I observe based on the information in Table 1 is that the more dissolved type O contained in the water, the more fish are ascertained in that particular field of operations of water.2. Develop a hypothesis relating to the amount of dissolved type O heedful in the water sample and the number of fish observed in the body of water. The hypothesis that I would develop relating to the amount of dissolved group O measured in the water sample and the number of fish observed in the body of water is if there is more dissolved oxygen contained in the water, there give be more fish confront in the area the water sample is being taken from.3. What would your observational approach be to test this hypothesis? My experimental approach in order to test this hypothesis would be to test the dissolved oxygen contained in different areas of water and keep track of the fish in those areas and then compare the result s.4. What are the in mutualist and dependent variables? The independent and dependent variables are the independent is the dissolved oxygen and the dependent is the fish.5. What would be your mark off? What would be my control is no control.6. What type of graph would be take over for this data set? Why? The type of graph that would be assign for this data set would be a line graph beca expenditure it will support the hypothesis that I came up with as well as provide clear results.7. Graph the data from Table 1 weewee Quality vs. Fish Population (found at the beginning of this exercise). You may use Excel, then Insert the graph, or use another drawing program. You may also draw it neatly by hand and scan your drawing. If you get this option, you must insert the scanned jpg image here.8. Interpret the data from the graph do in Question 7. The data from the graph shows the universe of discourse of fish on the Y axis and the dissolved oxygen on the X axis. The population of fis h increases in the graph because of the increased amount of dissolved oxygen found in the body of water.