Any acid with a concentration of H+ of 1 mol/litre. The way pH (power of Hydrogen) is measured is by taking the log base 10 of the concentration of Hydrogen ions, and then negating that number.
As would be expected, to find the concentration of H+ ions when we're given the pH, we first negate our pH then do ten to the power of that number.
10^(-1*(0)) = 10^0 = 1 .: our concentration of H+ is 1 mol/litre.
For strong acids, this would also imply that the acid concentration is 1 mol/litre. If you're dealing with a weak acid, then you need to take into account the coefficient of dissociation.
https://en.wikipedia.org/wiki/Acid_dissociation_constant
A pH of zero means that the concentration of H3O+ in the solution is 1 molar because the pH is defined as
pH = -log10[H3O+].
When the concentration of H3O+ is equal to 1 M, the negative log base ten of 1 is equal to zero.
Any solution of a strong acid with a concentration of 1 molar will have a pH almost equal to zero (because conc. of H2O also effects bit) . pH can in fact go beyond 0... it can be negative! A 5 M solution of HCl will have a pH ~ -0.70!
See the Related Questions for more information.
The pH is defined as: The negative logarithim to base 10 of the hydrogen ion concentration.
So 0.001 molar would be 10-3 moles so - log10 [10-3] = 3 = pH 3
0.01 molar = pH 2
0.1 molar = pH 1
and 1 molar = pH 0
So there are 1 mole of Hydrogen ions and thus 6.022 x 1023 hydrogen ions.
Sulphuric acid, or battery acid, has a pH of one.
Battery acid has a pH of zero or very close.
acidic fruits and water
Acids like sulfuric or battery acid, acetic or vinegar, as opposed to a pH of 7 to 14 which are bases like sodium hydroxide or lye, and ammonia.
battery acid
Ripe peas have a ph of zero
From pH 6 - pH 0. pH 0 being the most acidic.
Find some pH indicator strips. Dip a strip in your item and the color will tell you the approximate pH. These strips can be found at laboratory stockrooms in schools or online.
Any solution - aliquid with a solid or gas dissolved in it - can have a pH.
0-6 0 being most acidic 6 being most acidic some people add seen but 7 is neutral in the pH scale
The pH scale ranges from 0 to 14 such that something with a pH of 0 is extremely acidic and something with a pH of 14 is extremely basic. A neutral pH is in the middle and has a pH of 7. An example of something with a pH of 7 is rain water.
The pH scale is between 0 and 14 but a pH under 0 is possible for some strong acids.
From pH 6 - pH 0. pH 0 being the most acidic.
Find some pH indicator strips. Dip a strip in your item and the color will tell you the approximate pH. These strips can be found at laboratory stockrooms in schools or online.
It is the strong (pH=0) to weakly (pH=6) acid part of the pH scale.7 is neutral.
PH can be less than 0 and it can be more than 14. PH is -log of (H ) concentration. According to this the PH Of 1 M strong acid such as Hcl would be 0. similarly ... 10 M = pH -1 0.1 M = pH 1 0.01M = PH 2 0.001M = PH 3 0.0001M = PH 4 The pH scale is between 0-14 because the solution with which we generally encounter is in 0-14 range.
Any solution - aliquid with a solid or gas dissolved in it - can have a pH.
0-6 0 being most acidic 6 being most acidic some people add seen but 7 is neutral in the pH scale
0-6 0 being most acidic 6 being most acidic some people add seen but 7 is neutral in the pH scale
The lower a pH level is, the more acidic it is. The acid in your stomach, hydrochloric, is very acidic, and can even burn through some items.
You won't find a fruit with a pH of 0.
The pH scale ranges from 0 to 14 such that something with a pH of 0 is extremely acidic and something with a pH of 14 is extremely basic. A neutral pH is in the middle and has a pH of 7. An example of something with a pH of 7 is rain water.
The range of pH values is 0 - 14.