EARTH BATTERY LEAD ACID BATTERY - Lead = Metal
Acid = conductor and eletrical storage
SALT ACID BATTERY - Sodium = Metal
Chloride Acid - bonds to water = conductor and storage of electricity
One might want to factor - the metal value in each dissolved salt equation - and ask...
how does the metal play a role in electrical storage - isit only the acid or does the metal still play a role once in solution ?
how do i see a solubilized salt solution - brine aquifer ?
i see a( natural earth battery ) dissolved salts with acids and metals...
= same as a man made battery.
= aquifer with dissolved metals and acids = cathode and anode
= aquifer absorbing earths electrical current
]the excerpt below ( from previous post ) tends to focus solely on the chlorifde or acid
and points to the ( reaction ) as source of causing electricity -
As mentioned yesterday... i would be more prone to beleive -
That Telluric current and Static current is a constant - always present - and upon a coreaction of metals and acids dissolving = allows the electrical current ( telluric or static ) to occupy the acidic solution in a storagfe capacity - i"m not a fan of, the reaction causes electricity - rather... the reaction of sdolubilizing and creating an acid along with metal particles act as a battery with anode and cathode in a solution that is solubilized - thus... allowing the constant electrical current to shift or transfer into the solution of acid and dissolved metal
= creating storage of electricty -
One can challenge this by asking how could this be ?
Look no further than... static electrical frequencies that are a constant
EXCERPT -
Pure water is an extremely poor conductor of electricity because it is only very slightly ionized—only about two out of every 1 billion molecules ionize at 25 °C. Water ionizes when one molecule of water gives up a proton to another molecule of water, yielding hydronium and hydroxide ions.
H2O(l)+H2O(l)H3O+(aq)+OH−(aq)
In some cases, we find that solutions prepared from covalent compounds conduct electricity because the solute molecules react chemically with the solvent to produce ions. For example, pure hydrogen chloride is a gas consisting of covalent HCl molecules. This gas contains no ions. However, when we dissolve hydrogen chloride in water, we find that the solution is a very good conductor. The water molecules play an essential part in forming ions:
Hydrogen chloride is an acid, and so its molecules react with water, transferring H+ ions to form hydronium ions (H3O+) and chloride ions (Cl−):
Again... i do not agree with a reaction causes an electrical occurence, but rather, the dissolving of salts creates a separation of metal and causes an acid which facilitates - a mediuim for the electrical current inwhich to occupy and be stored .
Just my own opinion.