First, we know HCl, HBr, and HI in reasonably dilute solution are all essentially completely ionized.

In physics, atomic nuclei that have been completely ionized are called charged particles.

These species do not transport electric charge and as a result cause the electrolysis to be less than the completely ionized Na(+1) and Cl(-1).

In particular, a photon with a wavelength of less than 91 nanometers is energetic enough to completely ionize neutral hydrogen and is absorbed with almost 100% probability even through relatively thin gas clouds.

Replies: Recall that strong acids are those that ionize completely and weak acids are those that do not ionize completely.

Tim Spry It is not the case that strong acids (i.e. completely ionized) necessarily react faster than weak acids (i.e. partially ionized).

Inhibition of divalent cation precipitation: Sulfonic acid in AMPS is a very strong ionic group and ionizes completely in aqueous solutions.

A "strong acid" is an acid that ionizes completely in water.

For example, molecules of UF containing U-235 might be ionized completely as a result of such a laser resonance, leaving UF containing the heavier U-238 intact.

A strong base completely ionizes in aqueous solution to give HO and a cation.