A very strong base would have a pH of 12, 13, or 14
A strong base will, in water, fullyhydrolyse to give (react into) hydroxide (OH-) ions.A weak acid will, in water, partially hydrolyse to give (react into) hydronium(H3O+, or H+) ions.The strong/weak difference is in bold, the base/acid difference is itallicalized.
A solution with a pH of 13 is a strong base. This means it has a high concentration of hydroxide ions.
Lye is a very strong base with a pH of 13.
Bleach is an alkaline substance. It has a high pH level, usually around 12-13, which makes it a strong base.
The pH of 0.1 M NaOH is approximately 13, as NaOH is a strong base that fully dissociates in water to produce hydroxide ions. The pH of 0.05 M NaOH would also be approximately 13, as the concentration of the base does not impact the basicity significantly when dealing with strong bases.
hii my name is ph 13
A strong base will, in water, fullyhydrolyse to give (react into) hydroxide (OH-) ions.A weak acid will, in water, partially hydrolyse to give (react into) hydronium(H3O+, or H+) ions.The strong/weak difference is in bold, the base/acid difference is itallicalized.
No. Alkali's and acids are an separate ends of the pH scale, the pH of acids being 1, 2, 3, 4 and 5 (strong to weak) and the pH of alkali's being 11, 12, 13, 14 and 15 (weak to strong). Examples of acids are hydrochloric acid (strong) and vinegar (weak). Toothpaste is an example of a weak alkali.
A solution with a pH of 13 is a strong base. This means it has a high concentration of hydroxide ions.
Mg(BrO3)2 is magnesium bromate. Yes, it is a salt, but when hydolyzed in water, it will have a pH that is slightly basic. Why? Because it is formed from the reaction of a strong base, Mg(OH)2 and a somewhat weak acid HBrO3. Thus, a solution of this salt will have a pH >7
The pH is the reciprocal log function of hydrogen ion availability, usually used in the context of a liquid or solution.Using many strong bases you could make a solution with a pH of 13 if you used the right concentration in the right solvent. In this case a good example would be sodium hydroxide.By example a 0.10 mol/L NaOH solution is of pH = 13.0 value
Lye is a very strong base with a pH of 13.
Bleach is an alkaline substance. It has a high pH level, usually around 12-13, which makes it a strong base.
The pH of a weak base can be anything greater than 7.0. Generally, weak bases do have a lower pH that strong bases, but this is not always true. The fact that a base is weak only means that it does not completely ionize in solution. The pH of a weak base depends only upon the concentration of hydroxide ions (OH-) in solution.
Here is a link to the make up of buffers from 1 to 13 . Scroll down for the pH 13 range, http://delloyd.50megs.com/moreinfo/buffers2.html ph 13 buffer needs to use Sodium Hydroxide. You can only get to pH 10 with Ammonia. Ammonia is only a 'weak' base to get to pH 13 you need a 'strong ' base ,strong bases are the Hydroxide's of Sodium, Potassium or other alkaline metals. Here is a link that explains the concept of weak and strong base's http://en.wikipedia.org/wiki/Base_(chemistry)
A base can neutralize a acid of its opposite pH (potential hydrogen) which is a scale of 1-14 so if a base is a 14 it can neutralize a 1, a 13 a 2 and so forth. Until you get to 7, which is pure water (neutral)
The pH of 0.1 M NaOH is approximately 13, as NaOH is a strong base that fully dissociates in water to produce hydroxide ions. The pH of 0.05 M NaOH would also be approximately 13, as the concentration of the base does not impact the basicity significantly when dealing with strong bases.