Obtain Qualitative Data

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This research project will use mixed research methods in order to obtain qualitative and quantitative data. The qualitative data will be acquired through the review of literature as well as the analysis of other sources so that one can understand what previous research was done on the topic and how to formulate a response to the hypothesis from one’s own discoveries as well as other research sources. The primary research is found through quantitative data, which will be attained from an experiment that will determine whether the hypothesis is correct or incorrect.
This research project will be done in order to prove which chemicals and substances will increase the pH of the blood by initiating certain processes in the body which will cause
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Record results to determine if NaHCO3 increases or decreases the pH of the water.
10. If NaHCO3 increases the pH of the water, it shows that it will increase the pH of the blood and if NaHCO3 decreases the pH of the water, it shows that it will decrease the pH of the blood.
11. Add 30ml of 0.1M HCl into a beaker containing distilled water.
12. Measure the pH of the solution containing water and HCl.
13. Record results to determine if HCl increases or decreases the pH of the water.
14. If the HCl in the solution increases the pH of the water, it shows that HCl will increase the pH of the blood and if the HCl in the solution decreases the pH of the water, it shows that HCl will decrease the pH of the blood.
15. Add 10ml of 0.85% lactic acid into a beaker containing distilled water.
16. Measure the pH of the solution containing water and lactic acid.
17. Record results to determine if lactic acid decreases or increases the pH of the water.
18. If the lactic acid increases the pH of the water, it shows that lactic acid increases the pH of the blood and if lactic acid decreases the pH of the water, it shows that lactic acid will decrease the pH of the blood.
19. Stir distilled water in the beaker
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Measure the pH of the solution containing water, solid sodium bicarbonate as well as additional sodium bicarbonate.
29. Record results to determine if excess sodium bicarbonate increases or decreases the pH of the water.
30. If excess sodium bicarbonate increases the pH of the water, it shows that excess sodium bicarbonate increases the pH of the blood and if excess sodium bicarbonate decreases the pH of the water, it shows that excess sodium bicarbonate decreases the pH of the blood.
31. Add dry ice (solid CO2) to distilled water.
32. Measure pH of the solution containing distilled water and dry ice.
33. Record results to determine if the dry ice increases or decreases the pH of the water.
34. If dry ice increases the pH of the water, it shows that dry ice increases the pH of the blood and if dry ice decreases the pH of the water, it shows that dry ice decreases the pH of the blood.
35. Add solid NH4Cl to the distilled water in the beaker.
36. Measure the pH of the solution containing distilled water and NH4Cl.
37. Record results to determine if NH4Cl increases or decreases the pH of the water.
38. If NH4Cl increases the pH of the water, it shows that NH4Cl increases the pH of the blood and if NH4Cl decreases the pH of the water, it shows that NH4Cl decreases the pH of the

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