In one process for producing this compound, nitric oxide and nitrogen dioxide act as catalysts in the Gay-Lussac tower and Glover tower, and in another, an oxidation takes place in the presence of silica beads and a vanadium (V) oxide catalyst, after which its namesake element's trioxide is reacted with water. This compound produced by the lead chamber process and the contact process acts as the electrolyte in lead-acid batteries, and it is the only diprotic strong acid. For 10 points, name this
In one process for producing this compound, nitric oxide and nitrogen dioxide act as catalysts in the Gay-Lussac tower and Glover tower, and in another, an oxidation takes place in the presence of silica beads and a vanadium (V) oxide catalyst, after which its namesake element's trioxide is reacted with water. This compound produced by the lead chamber process and the contact process acts as the electrolyte in lead-acid batteries, and it is the only diprotic strong acid. For 10 points, name this acid with formula H2SO4.
In one process for producing this compound, nitric oxide and nitrogen dioxide act as catalysts in the Gay-Lussac tower and Glover tower, and in another, an oxidation takes place in the presence of silica beads and a vanadium (V) oxide catalyst, after which its namesake element's trioxide is reacted with water.