Yes, it is correct.
No, it is exactly opposite - the relative amount of acid in the juice determines the pH.
In general, a higher pH does not directly affect the density of a liquid. Density is primarily determined by the mass of the individual molecules in the liquid and their arrangement, not by pH. However, changes in pH can sometimes indirectly influence density by altering the solubility or composition of the liquid.
Yes, the amount and type of milk can affect the pH level of coffee. Milk contains proteins that can lower the pH of coffee slightly, making it more acidic. However, the overall impact on pH may be minimal depending on the amount of milk used.
The determination of an liquids's pH is by the ratio of the volume of the liquid to the amount of hydrogen ions concentrated in the liquid
when the rain has a pH of 4 and below. PH standing for the potential of hydrogen- the amount of acid in any liquid.
Yes, the amount of a solution can affect the pH if the solution is a dilute acid or base. Adding more of a dilute acid will increase the concentration of H+ ions and decrease the pH, while adding more of a dilute base will increase the concentration of OH- ions and increase the pH.
the pH of a neutral liquid, which is water, is neither acidic or basic, therefore it pH value is between 7and8 or 7.5 in the ph scale
hydrochloric acid and battery acid have a pH of about 1 hope that helped!
Changes in CO2 concentration in seawater can affect pH levels by increasing the amount of carbonic acid in the water, which lowers the pH and makes it more acidic. This process is known as ocean acidification.
If you combine the two together, you will get a neutral liquid.
Gel does not have a pH level, as it is a physical substance and not a chemical solution. However, certain gels may contain ingredients that can affect pH levels if they are in a liquid form.
pH is the measure of the levels of acid or base in a substance. Increasing the amount of a substance will not change the pH so long as the existing substance and the added substance are chemically the same.