Almost all car batteries are "lead acid" type batteries. These type of batteries use thin lead plates and are immersed in Sulfuric acid which acts as an electrolyte.
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No, the batteries in an electric car are much different. Normal automotive batteries are lead acid batteries. Most electric cars use Lithium-Ion batteries.
Ants, vinegar, lemons, and car batteries are all associated with acids. Ants produce formic acid, vinegar contains acetic acid, lemons are rich in citric acid, and car batteries use sulfuric acid as an electrolyte. These substances exhibit acidic properties, which play various roles in biological and chemical processes.
Mostly sulphuric acid
Flashlight batteries are typically smaller, cylindrical batteries designed for portable use, providing low voltage and current for short periods. In contrast, car batteries are larger, lead-acid batteries designed to deliver high current to start the engine and power electrical systems in a vehicle. Car batteries can also be recharged multiple times, while many flashlight batteries are single-use or rechargeable with different voltage specifications. Additionally, car batteries have a much higher capacity and are built to withstand extreme temperatures and vibrations.
No, car batteries use lead for both plates. When charged the positive plate becomes white lead oxide.
car batteries use sulphuric acid
Car batteries are rechargeable storage batteries. They are designed to be constantly recharged.
They draw power from the car, so they do not use batteries.
Generally, in Li-ion (or Lithium ion) batteries.
economical and the continuity of lead is very high
You cannot power a home with car batteries. Batteries are DC voltage. Your home operates on AC voltage. You could use a converter but the number of batteries required to operate an average home would be enormous.