In bespeak to charge a cellphone (or any type of battery),you require to carry out a circulation of fee particles(current) with enough driving force (voltage).

You are watching: Can you charge your phone with a watermelon

A wall socket or USB port offers a steadycurrent in ~ a typical voltage but any type of current withenough voltage will charge your phone.

Certain fruits and vegetables have the right to be a resource ofcharged particles, particularly squishy people withlots of minerals, salt or acids. Citrus fruitslike lemon or grapefruit work best, yet you canuse potatoes too. Watermelons can work butdon’t have as plenty of minerals/salts/acids as alemon, in spite of being a larger fruit.

Charged particles on their own are not sufficient –which is why her phone doesn’t charge if you plugit directly into a lemon. Yes no steering force(voltage) for the charged particles to flow intoand the end of phone. One method to use voltage is touse two different metals to affix your phone tothe fruit. Because that example, the difference in energybetween copper and zinc will develop a voltage of~1.1V, a tiny less than a AA battery. As soon as stuckinto a fruit, the fee particles move away native zinc and toward the copper, i beg your pardon causeselectrons indigenous the copper to pass with yourphone come the zinc. This flow of electrons(current) has actually enough steering force tocharge her phone.

Any YouTube video that claims you have the right to charge yourphone using just a cold watermelon is afake, yet fruit-based batteries are real. Thesecret isn"t the selection of fruit – the the choiceof steels you use to make the connection.

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Answer 2:

I have to answer this in 2 parts: thewatermelon battery itself and some practicalconcerns.

The an initial part is around the watermelon itself.Yes, the is feasible to draw electrical powerthrough a watermelon by transforming it right into a battery.To make a battery, we need to put two metalelectrodes within an electrolyte(battery acid), then connect the electrodes by aconductive wire. Because that example, among theelectrodes deserve to be zinc (like on a galvanized nail)and the other deserve to be copper (like a penny). Thewatermelon gives the electrolyte, watermelonjuice.

The electrical power that this batterygenerates does no actually come indigenous thewatermelon. Instead, it originates from a pair ofchemical reactions that happen when every one of thebattery components are connected, referred to as reduction andoxidation (or together, redox, for short). In ourexample, the oxidation reaction pulls twoelectrons turn off of a zinc atom, bring about zinc ions todissolve in the watermelon juice. The reductionreaction takes the electrons and also combines themwith 2 hydrogen ions from the juice to makehydrogen gas. Together, these 2 reactions moveelectrons from the zinc electrode v the wireto the copper electrode, do electricity.

Now for the 2nd part, the practicalconcerns. You could not it is in surprised to hear thatcommercial batteries space much more powerful thanwatermelon batteries. Castle use better combinationsof electrodes and electrolyte to create muchmore electricity. To get sufficient power for youriPhone to also detect, friend would most likely need afew watermelon batteries attached together inseries. Finally, there is the concern of what theiPhone itself will do as soon as it detects thewatermelon battery.

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If the power source is nota great match, the phone might be able to block itto defend itself.