This was followed in 1801 by his construction of the first electric battery, by utilizing multiple voltaic cells.

The cell with the larger voltage discharges, making it a voltaic cell.

The chemical reactions in this voltaic cell are as follows:

McNeile connected the copper cables to a massive voltaic cell.

For example, the chemical reaction in a voltaic cell stops when the opposing electric field at each electrode is strong enough to arrest the reactions.

Volta developed the voltaic cell about 1792, and presented his work March 20, 1800.

His invention of the voltaic cell leads to the invention the electric battery.

This achievement seemed no less impressive than if nineteenth-century scientists, with nothing but steam power and primitive voltaic cells, had sent astronauts to the moon.

Trans., 1836), an electric battery much better than voltaic cells.

There are two distinct types of voltaic cells, namely, the "open" and the "closed," or "constant," type.