Updating battery history
The use of batteries is known to get electric current in devices such as mobiles, electronic watches, faculators, electronic toys and laptops. Our powerpower is also part of the wonderful means of obtaining battery power from the large-scale battery used in vehicles to the small cell used in the clock. The history and development of this small battery is also interesting.
To my surprise, even two thousand years ago, people used batteries, this old battery was also a sight to behold. It is found today in the Baghdad Museum, called the Baghdad Battery. In a small pot of clay, fill the grapefruit juice with grapes and put copper bandage in it to generate electricity. It is not clear what its use was. Invention of the theory of the kind of cell and battery we use today. C Performed by Alessandro Vora in the 8th, Vora put a silver platter in between several experiments and made a slap. By attaching the first and the last plate to the wire, wire flows through it. This was the first battery in the world to be called 'Votic Pile'.
The chemical process in the battery is also known. A simple experiment to understand this process is known. Sucuric acid is added to the glass jar by adding a zinc or zinc rod to the surface of the rod to allow it to dry. Acid Impact on metal. Then the hydrogen bubbles start to come out of them. Hydrogen and sulfate particles are released when the rod is slightly heated. This process lasts until the rotten acid is completely dissolved in acid. Now, a little further away from these zinc rods, the second layer of carbon is placed on the carbon acid. No effect. The process changes if the JD is attached to the ends of the zinc and carbon end wire. The particles released from the zinc rods flow toward the carbon rods. And the wire produces electricity. You may have noticed the zinc on the surface of the power cell and the carbon inert standing inside it. The battery is said to have drained when zinc and acid were released over time. Larger vehicle batteries can be recharged by draining new acids when they drain. All of today's Powerscale works on this principle, using various chemicals and metals.
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