pH 12-14
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.
As NaOH is a strong base I would not be surprised to see a 14 pH at least.
A dilute solution of HCl has a higher pH value compared to a concentrated solution of HCl. This is because pH is a measure of the concentration of hydrogen ions in a solution, with higher concentrations leading to a lower pH. Therefore, the more concentrated solution would have more hydrogen ions and therefore a lower pH.
The pH value of a concentrated solution of baking soda (sodium bicarbonate) is around 8 to 9, making it slightly basic.
A solution of a weak base can be more corrosive than a solution of a strong base when the weak base is concentrated at a higher pH compared to the strong base. The corrosiveness of a base is dependent on factors such as concentration, pH level, and reactivity with the material being corroded.
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.
As NaOH is a strong base I would not be surprised to see a 14 pH at least.
It depends on the concentration of the base added. If very dilute, the pH will be slightly greater than 7 and if quite concentrated, the pH can be as high as 14. Note: If the solution is acidic, the pH will be less than 7. (Pure water has pH = 7)
A dilute solution of HCl has a higher pH value compared to a concentrated solution of HCl. This is because pH is a measure of the concentration of hydrogen ions in a solution, with higher concentrations leading to a lower pH. Therefore, the more concentrated solution would have more hydrogen ions and therefore a lower pH.
The pH value of a concentrated solution of baking soda (sodium bicarbonate) is around 8 to 9, making it slightly basic.
A solution of a weak base can be more corrosive than a solution of a strong base when the weak base is concentrated at a higher pH compared to the strong base. The corrosiveness of a base is dependent on factors such as concentration, pH level, and reactivity with the material being corroded.
Strong acid = 1 pH ( or lower ) Strong base = 14 pH ( or higher ) Neutral solution = 7 pH
My best guess is about pH = 12 to 12.5, it is a rather concentrated but weak base.
A pH of 3 indicates that the solution is acidic. To determine if it is a very dilute solution of a weak acid or a more concentrated solution of a strong acid, you could perform a titration experiment to measure the exact concentration of the acid present. This would involve adding a base of known concentration to the solution until it reaches a neutral pH, allowing you to calculate the initial acid concentration.
Technically, a concentrated base is any high molar solution of any number of proton acceptors that, when dissolved, result in an increase in pH. Commonly, concentrated base is a high molar solution of sodium hydroxide; typically referred to as lye.
pH level is a measure of acidity, the simplest way to understand it is the lower the pH value the more acid something is, and the higher the pH value the more alkali something is. Finaly a value of pH 7 is neutral (neither acid or alkali).pH does not show the amount of Sodium Hydroxide present, however the pH would increase if Sodium Hydroxide was added because Sodium Hydroxide is alkali.The pH of concentrated (1 M) Sodium Hydroxide is 14.
value above 7