Yes. The pH will increase.
no. water just dilutes the acid but the PH will not change unless an acid or alkali is added
The actual answer depends on the strength of the acid / alkali used. However the pH will change from around 1-6 to 8-14 depending on the strength of the acid / base. pH ~1 for strong acid pH ~6 for weak acid pH ~8 for strong base pH ~14 for strong base
The actual answer depends on the strength of the acid / alkali used. However the pH will change from around 1-6 to 8-14 depending on the strength of the acid / base. pH ~1 for strong acid pH ~6 for weak acid pH ~8 for strong base pH ~14 for strong base
when an acid is neautrilized, its ph value is changed to be around 7 and it is no longer a acid
an alkali is much stronger than an acid because an acid has a PH of 1 and an alkali has a PH of 14.
no. water just dilutes the acid but the PH will not change unless an acid or alkali is added
The actual answer depends on the strength of the acid / alkali used. However the pH will change from around 1-6 to 8-14 depending on the strength of the acid / base. pH ~1 for strong acid pH ~6 for weak acid pH ~8 for strong base pH ~14 for strong base
Acetic acid is added to the solution, but the pH of the solution does not change. Sodium hydroxide, a base, is added to the solution, but the pH of the solution does not change.
The actual answer depends on the strength of the acid / alkali used. However the pH will change from around 1-6 to 8-14 depending on the strength of the acid / base. pH ~1 for strong acid pH ~6 for weak acid pH ~8 for strong base pH ~14 for strong base
idk, why're you asking me? you should've listened more in your chemistry class tut tut
when an acid is neautrilized, its ph value is changed to be around 7 and it is no longer a acid
an alkali is much stronger than an acid because an acid has a PH of 1 and an alkali has a PH of 14.
If you are asking about acid then the pH value will go from 7- to 7+.... If you are asking about the alkali the pH value will go from 7+ to 7-....
The pH lowers from around 14 to a lower number as acid is added.
an acid has a pH under 7 an alkali has a pH over 7
If the acid or alkali forms an insoluble salt, you could titrate it that way. For instance, suppose you had a solution of sulfuric acid of unknown concentration. You could add calcium hydroxide until the precipitate stops forming and determine the strength of the acid by the amount of base added. If both the acid and alkali are soluble, a pH meter can be used to measure the change in pH of the solution. Drawing the change of pH against volume titrated will thus give the endpoint of the reaction.
pH 11 is an alkali not an acid