Because substances containing acids often have the word 'acid' in its name, for example, 'citric acid'. You don't find a bottle of oven cleaner called 'alkalis oven cleaner' do you?
Acid, to be more specific, I believe it's a type of sulfuric acid.
Toxic means "able to kill". Some acids and some alkalis are toxic, so it can be either.
The solution become more and more alkaline and the pH increase.
Both an acid and an alkali can be strong or weak. These are 2 different things. A strong acid is an acid which has a low pH (pH 1 or 2 or 3) and a weak acid is an acid of pH about 5 or 6. Whereas a strong alkali is an alkali of pH 11, 12 while a weak alkali has a pH of about 7 or 8.
because an alkali can be found in everyday household use like milk or toothpastes would know if it was an acid because it would be harmful and dangerous (well some ) alkali can be dangerous but not all of them are otherwise we would all be sick by now from using toothpaste,washing up liquid and so on .
Alkali, of course. 2NaOH + H2SO4 -> Na2SO4 + 2H2O
Sour milk is more acid than nomal milk. Lower pH = acid. Higher pH = alkali.
Acid, to be more specific, I believe it's a type of sulfuric acid.
Toxic means "able to kill". Some acids and some alkalis are toxic, so it can be either.
Antacids work against acids. If you were to add an acid to an acid you would just make more acid. They are therefore alkaline.
The solution become more and more alkaline and the pH increase.
Both an acid and an alkali can be strong or weak. These are 2 different things. A strong acid is an acid which has a low pH (pH 1 or 2 or 3) and a weak acid is an acid of pH about 5 or 6. Whereas a strong alkali is an alkali of pH 11, 12 while a weak alkali has a pH of about 7 or 8.
because an alkali can be found in everyday household use like milk or toothpastes would know if it was an acid because it would be harmful and dangerous (well some ) alkali can be dangerous but not all of them are otherwise we would all be sick by now from using toothpaste,washing up liquid and so on .
No.Since,sodium nitrite(NaNO2)is a salt of strong base and weak acid,in water solution it will leave more amount of [OH-] ions.Hence, solution will be basic.Therefore,NaNO2 is base not an acid.
Who are they? Be more specific, and you will get the answer you are looking for.
Neutralization is more likely to be H+ from acid reaction with OH- of alkali.
smelling salts or ammonia carbonate most commonly have a PH of 9, thus making them more basic.