arsenic acid

Commercial applications of arsenic acid are limited by its toxicity.

It was made by reacting lead nitrate with arsenic acid.

It dissolves easily in water to make arsenic acid.

Arsenic acid as such has not been isolated, but only found in solution where it is largely ionized.

When the substance becomes wet, it turns into arsenic acid, which corrodes metals.

The salt is the conjugate base of arsenic acid:

Arsenic acid may be used instead of nitrobenzene and the former is better since the reaction is less violent.

The parent compounds are arsine and arsenic acid.

The reaction is an electrophilic aromatic substitution, using arsenic acid as a reactant.

Arsenic acid is the chemical compound with the formula HAsO.

Arsenic acid is a colorless solid.

Arsenic acid reacts with iodide to make iodine.

This reaction produces Arsenic acid.

The original synthesis reacts aniline with arsenic acid:

In alkaline solution, azobenzene results, whereas arsenic acid produces the violet-coloring matter violaniline.

Phenylarsonic acids can be accessed by the reaction of arsenic acid with anilines, the so-called Bechamp reaction.

Unlike phosphoric acid, arsenic acid is oxidizing, illustrated by its ability to convert iodide to iodine.