An acids strength, by one definition, is dependent upon the number of hydrogen ions produced in solution. A strong acid that is 100% ionized therefore would potentially have more hydrogen ions in solution than an acid that was only 50% ionized. This assumes that they are both similar in their hydrogen content.
They do, only under the theoretical infinite dilution condition. Otherwise, nothing occurs 100% in chemistry. The problem with total ionization/dissociation (and more so with higher concentrations) is that there occurs a common ion effect in the solution itself. Too much H+ and A- (where HA is the acid) accumulate in the solution, and so when equilibrium with minimum energy state is established, you have highly, but never completely ionized acid or base. On increasing the temperature, it will ionize more.
They form water and a salt which is either soluble thus ionised, or as insoluble precipitate.
A compound in chemistry is when there are two or more elements bonded together that can be separated to become different substances. A strong acidic compound would be HCl (Hydrochloric Acid). A weak acidic compound would be H2CO3, (Carbonic Acid). A strong acid is one which is virtually 100% ionised in solution. A weak acid is one that does not ionise fully when it is dissolved in water.
It is actually classed as a strong acid being fully ionized
acid rain and the acid that is ionised in the water
A strong acid dissociates more fully than a weak acid.
They form water and a salt which is either soluble thus ionised, or as insoluble precipitate.
A compound in chemistry is when there are two or more elements bonded together that can be separated to become different substances. A strong acidic compound would be HCl (Hydrochloric Acid). A weak acidic compound would be H2CO3, (Carbonic Acid). A strong acid is one which is virtually 100% ionised in solution. A weak acid is one that does not ionise fully when it is dissolved in water.
They react by forming water and a salt which is either soluble thus ionised, or as insoluble precipitate.
It is actually classed as a strong acid being fully ionized
because it is a strong acid
acid rain and the acid that is ionised in the water
A strong acid dissociates more fully than a weak acid.
Sulfuric acid is strong, not a weak acid, because at least one H+ (proton) is fully dissociated when in dilute solution.
A strong acid ionizes partially in water while a weak acid ionizes fully in water.
No, they require a stronger, not more, acid to react fully with.
Strong acids dissociate fully in water to produce the maximum number of H + ions. ... Weak acids, such as ethanoic acid (CH 3COOH), do not fully dissociate.
Inorganic compounds that can be completely ionised are considered to be strong electrolytes.