A fruit battery works by using the acidic juice in fruit, such as lemons or Oranges, to facilitate a chemical reaction between two different metals, typically a copper electrode (cathode) and a zinc electrode (anode). The acid in the fruit acts as an electrolyte, allowing ions to move between the electrodes. This movement of ions generates a flow of electrons, creating an electric current. The more acidic the fruit, the better it can conduct electricity, enhancing the battery's output.
check the battery
The average battery is much more powerful than a battery made from a fruit. You would need many fruit to equal the charge put out by the average , say, AA battery.
To show students the chemical reaction that occurs in a fruit battery
well fruit battery's are scientific because of the way electrons move through an object
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A fruit battery works by using the natural acids and ions found in the fruit to create a chemical reaction that generates electricity. When two different metals are inserted into the fruit, a flow of electrons is created between them, producing a small amount of electrical current.
Alessandro Volta
"used" is a bit strong, a fruit battery won't power much more than something very small, mostly simply in order to demonstrate the principle. Most fruit with a slightly sour taste will work.
A good introduction to a fruit battery is to first of explain what it is. --- A fruit battery is a.... --- It works by.... --- It can do.... And yeah...i don't really know I'm only 10! But really it depends on wether you are doing a lab report or an essay or what ever... :) hope it was helpful!
A mango is a fruit, not a battery.
Regular batteries work because of the electrical current that runs through them. Acidic fruits have particles which when charged up act as an electrical current allows them to work just like a normal battery.
Water or acid.