The charger needs to be exposed to sunlight to work. Wind charger: Wind farms generate lots of energy, so a similar idea can be applied to power our phones. A Netherlands designer Tjeerd Veenhoven designed the iFan, an iPhone case that converts wind into phone-charging energy. However you could just drive along a highway with your iPhone hanging out the window, for example.
The average charger sends about four volts into a battery, so the noise would have to continue for several hours. Video uploaded by Mr Sagoo on July 14, Your email address will not be published. Flying high: iPhone of the near future is to reach above and beyond the traditional signal So Notify me of new comments via email.
Notify me of new posts via email. This is a YouTube video which charging your iPod by using different fruits apple, banana and orange Detail Steps: Firstly, place the fruits, copper wires and two nails on your table. Wrap your copper wires around the nails five times Secondly, insert the prepared nail and copper wires into the fruits at its ends of layout. Wait for 10 minutes After 10 minutes, you iPod start charging that means you did it! Why choose the fruits of apple, orange and banana to charge iPod?
Like this: Like Loading Leave a Reply Cancel reply Enter your comment here Fill in your details below or click an icon to log in:. Email required Address never made public. Following the video's instructions, I bought a large onion, skewered it with holes and soaked it in Powerade. I vaguely remember those school science experiments where you stuck a zinc nail and a copper coin in a lemon and generated a modest electric current.
This time, however, the smell of onion blended with berry and tropical fruit flavoured isotonic sports drink was enough to make me retch. And the iPod resolutely refused to shudder with energy. The reassuring narrator guides the viewers through presumably believable experiments. Reading the user comments on its YouTube channel, there are numerous complaints from viewers who tried the experiments and failed to get the desired results.
You must challenge, test and innovate in every way you can think of. The video has been published in Nov However, in certain circumstances, older sources may be acceptable, such as when they are seminal or classic. Be critical and evaluate the source based on its relevance by asking the question 'is the information and content of the video appropriate as a scholarly source?
This is the real, technology-based, art installation and experiment involving apples and potatoes that actually managed to charge a single Nokia Lumia mobile phone. The apples and potatoes were connected with hundreds of galvanised nails and lengths of copper fitted on a wireless mat.
The artist was able to increase the power output enough so that the strange contraption could actually charge a mobile phone creating an electrical current of an average 20mA and around six volts. The science behind the idea of charging smartphones with a fruit or vegetable through an electrochemical process is not implausible as it is indeed possible to generate an electric current from fruit and vegetables using an electrochemical device.
Electrochemical cells, also called batteries, require three things to work: two electrodes and one electrolyte.
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