Question: Does the pH level of a liquid affect how fast a tablet dissolves?
Liquids I will be using (pH are rough estimates I found on internet)
- distilled white vinegar (pH: 2.4)
- sprite (pH: 3.29)
- iced tea (pH: 4.5)
- black coffee (pH: 5.7)
- milk (pH: 6)
- tap water (pH: 7)
- Evian water (pH: 8)
As the pH for these liquids are from the internet, do you think I should test the pH of these liquids before starting my experiment, or can I use these values I found on the internet?
Also, how exactly should I graph my results? I know that the independent variable goes along the x axis, but should I put the names of the liquids on the x axis or the pH levels? If I put in the pH levels, is it okay if the values aren't marked in equal increments? So for example, the pH levels are 2.3, 2.6, 4.2 and 7? Or do they have to go up in equal increments such as 2, 4, 6, 8?
Hopefully that somewhat makes sense! Any suggestions for improvements to my experiment idea would be appreciated!
Liquids I will be using (pH are rough estimates I found on internet)
- distilled white vinegar (pH: 2.4)
- sprite (pH: 3.29)
- iced tea (pH: 4.5)
- black coffee (pH: 5.7)
- milk (pH: 6)
- tap water (pH: 7)
- Evian water (pH: 8)
As the pH for these liquids are from the internet, do you think I should test the pH of these liquids before starting my experiment, or can I use these values I found on the internet?
Also, how exactly should I graph my results? I know that the independent variable goes along the x axis, but should I put the names of the liquids on the x axis or the pH levels? If I put in the pH levels, is it okay if the values aren't marked in equal increments? So for example, the pH levels are 2.3, 2.6, 4.2 and 7? Or do they have to go up in equal increments such as 2, 4, 6, 8?
Hopefully that somewhat makes sense! Any suggestions for improvements to my experiment idea would be appreciated!