Electric Energy Potential from Pineapples and Potatoes

Atikah Nur Syahirah, R. Cahyati
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Abstract

Basically, the voltage can be obtained from various sources, including fruit. Fruit is often used as food, drink and a source of vitamins for the body's defense system. It turns out that it has the ability to generate electricity, especially for fruit that has a high acidity level. The acidity in some types of fruit is able to generate electricity because it is electrolyte. Fruits which contain mineral acids in the form of hydrochloric acid and citric acid, are strong electrolytes that break down completely into ions in a water solution. Besides having acid, fruits also contain a lot of water, so that when two different metals are immersed, the fruit solution will create a potential difference between the metal and water so that there is an electrode potential that can generate electric current as well. The purpose of making a rough draft of this practicum is to prove the existence of electrical energy in pineapples and potatoes. In this experiment, it has been proven that pineapples and potatoes can produce an electric current, indicated by the presence of a voltage when measured by a voltmeter.
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菠萝和土豆的电势
基本上,电压可以从各种来源获得,包括水果。水果通常被用作食物、饮料和人体防御系统的维生素来源。事实证明,它有发电的能力,尤其是对于酸度高的水果。某些水果中的酸度能够发电,因为它是电解质。水果含有盐酸和柠檬酸形式的无机酸,是强电解质,在水溶液中完全分解成离子。除了含有酸,水果还含有大量的水,所以当两种不同的金属浸入水果溶液时,会在金属和水之间产生电位差,这样就会产生电极电位,从而产生电流。制作这个实习草稿的目的是为了证明菠萝和土豆中存在电能。在这个实验中,已经证明菠萝和土豆可以产生电流,通过电压表测量电压的存在来表示。
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