It is more acidic than alkalinic. The more alkalinic a substance, the more basic it is. So the answer to your question is it depends on which angle you are coming from. By the way, a neutral substance is pH 7
The pH scale is a logarithmic scale , with a log base of '10'.
So in changing from '7' to '5 it has becomes Acidic'
Since it has becomes acidic
it is '100 times' more acidic. because.
10^-7 = 0.0000001
And 10^-5 = 0.00001
Dividing.
10^-5 / 10^-7 = 10^--2 = 10^2 = 100 times more acidic.
The pH of the substance has decresed by two, making the substance acidic, when it was neutral before at a pH of 7.
That is an acid. Anything below pH 7 is considered an acid.
That would be an acid with a weak concentration.
The substances with pH 5 is more acidic since it contains more H+ ions. As the pH goes down the substance becomes more acidic and as it goes up the substance becomes more basic.
Most acidic is substance of pH of 2, then of pH of 5 and the substance of pH 7 is neutral and the substance of pH 11 is basic
A solution of pH 3 will have 100 times more H ions than a solution of pH 5; that means it is more acidic.Note that a solution of pH 2 will have 1000 times more H ions than one of pH 2, and a solution of pH 1 will have 10000 times, etc.
It depends on how concentrated the acid is. Say it's .00001 M HClO4. pH = -log([H+]). In this case, [H+] = .00001 M, and thus -log(.00001) = 5.
there are a lot of things that have a pH OF 5 some aee pure rain water and black coffee.
A pH of 4 is one order of magnitude more acidic that a pH of 5. So. the 4 pH has the greater hydrogen ion concentration.
The substances with pH 5 is more acidic since it contains more H+ ions. As the pH goes down the substance becomes more acidic and as it goes up the substance becomes more basic.
Most acidic is substance of pH of 2, then of pH of 5 and the substance of pH 7 is neutral and the substance of pH 11 is basic
If a substance has a pH of 5, it is said to be weakly acidic.
A solution of pH 3 will have 100 times more H ions than a solution of pH 5; that means it is more acidic.Note that a solution of pH 2 will have 1000 times more H ions than one of pH 2, and a solution of pH 1 will have 10000 times, etc.
Natural rainwater (pH 5 - 6) Milk (pH 6 - 6.6)
It depends on how concentrated the acid is. Say it's .00001 M HClO4. pH = -log([H+]). In this case, [H+] = .00001 M, and thus -log(.00001) = 5.
Neutralization occurs, with heat and water being produced as well as a compound. The compound may be soluble and is invisible in the water or insoluble and appears in the bottom of the solution. The pH of the resulting solution would be anywhere between 5 and 14 depending on the amount of both substance added. If the pH of the final solution is less than 7, some of the acid (in this case a pH 5 substance) will be left in the solution and the reverse applies as well. If the pH of the final solution is 7, there would be no more acid or alkali left (since they are totally neutralized)
True because it is an acid, which is, on the pH scale, pH 1-6. Once merged with water, it will lower pH to about pH 4-5; and raise substance levels.
there are a lot of things that have a pH OF 5 some aee pure rain water and black coffee.
It has 10 times as many. pH is roughly the same as "log [H3O+]". This means "10 to what power is equal to the concentration of H3O+ ions?" So, if you go from pH 5 to pH 4, you've got a concentration of ten times fewer H3O+ ions, and ten times more H+ ions.
Alkali isn't an acid. Alkali and acid are terms used when the pH of a substance is a certain number, for example if a substance has a pH of 1, 2, 3, 4, or 5, then the substance is an acid. If the pH is 11, 12, 13, 14 or 15, then the substance is an alkali.