The classic example is stomach acid, which has a pH of approximately 2. This is equal to the acid in car batteries.
A great example is our own stomach acid, it has a pH of approximately 2, which is equal to highly acidic car batteries.
The pH value for a very concentrated acid is typically below 0. This is because concentrated acids have a high concentration of hydrogen ions, making the solution extremely acidic. Due to the high concentration of hydrogen ions, the pH value will be very low.
The pH value of any acidic solution depends on the strength of the acid in the particular solution. In this instance, a dilute sulfuric acid solution shows a higher value of pH whereas the concentrated acid shows a very low value.
When an acid is neutralized, its pH value is changed to be around 7 and it is no longer an acid.
A negative pH value can be found in extremely acidic substances, such as battery acid or stomach acid. These substances have a high concentration of hydrogen ions, resulting in a negative pH value.
0 - 6.9 The lower the pH number the higher the concentration of hydronium ions and higher the strength of acid
The pH value of an acid solution depends on its concentration and the temperature of the solution.
The pH value of an acid depends on its concentration.
The pH value of the solution depends on the strength of the acid, in other words, acid concentration.
It all depends on the concentration of this strong acid. pH = -log [H+] = -log [CHBr] Example: suppose the concentration HBr is 0.10 mol/L then pH = -log[0.10] = 1.0, but when it's 0.05 mol/L then pH = 2 - 0.7 = 1.3
pH of one is stronger
Yes, the pH value of an acid is affected by the concentration of the acid. As the concentration of the acid increases, the pH value decreases (becomes more acidic). This is because pH is a measure of the hydrogen ion concentration in a solution, and higher acid concentrations result in more hydrogen ions.