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What do you mean? To test for oxygen being produced, light a splint, blow it out then put it over the object you beleve is producing oxygen and if the splint re-lights oxygen is being produced.
O stands for Oxygen
Electron transfer phosphorylation
Positive hydrogen ions will move to the negative terminal of the battery, and negative oxygen ions will move to the positive terminal. If the terminals are iron, the oxygen and iron atoms will react to create Iron(III) Oxide (Ferral Oxide), or rust. The stronger the battery, the faster the positive terminal will rust. If the terminals are anything other than iron, the hydrogen and oxygen atoms will simply separate, causing the water to bubble.
A rechargeable battery being recharged. The electricity from the charger is being stored inside the chemicals of the battery, to be later changed back into electricity.
hydrogen
Hydrogen
Hydrogen
Oxygen and hydrogen
It produces the oxygen we breath.
hydrogen gas being released from the acid in the battery. It mixes with other things in the atmosphere under the hood and produces the corrosion you see
Depends on the number of cells and the chemistry being used. A 3-cell Alkaline battery would be 4.5V while a 3-cell NiMH would be 3.6V
Cook as in hot or cook as in bubble? A hot battery is either faulty inside or being charged to quickly. A bubbling battery is normal if it bubbling a little bit. The charging process will separate the water into Oxygen and Hydrogen causing bubbles and the electrolyte level to lower.
usually means that the alternator is not charging. So the battery is being drained.
It's exothermic because it produces and releases excess heat.
Your battery is not being charged
Your battery is not being charged