Loading ...Yapılan ilk deneyde jölenin direnç karakteristiÄŸi incelenmiÅŸ. Metal uçlar ile jölenin direnç deÄŸeri deÄŸiÅŸtiriliyorve osilatör devresiylede sonuç gözlemlenebiliyorVideonun TranskriptiOk. So I’m going to show you how some simple foods can make a resistor, which is an electronic component. You don’t need to go out to the store and buy something. What I’ve done in this circuit right here, which is actually the identical circuit that I showed in the Expert Village clip about making a simple synthesizer and oscillator. We’ve got the resistor substituted out for two nails here. And what I’m going to do is, I’m going to stick these nails into this Jell-O, and we are going to substitute the Jell-O for the resistor. So without that Jell-O there, we’ve got, we’ve got sort of an infinite resistance and then, now this is becoming the control source for my oscillator. The more resistance it sees, the farther apart these are, the lower pitch it’s going to be. And if I get them close together, less resistance, it’s going to be higher pitched. So I’ve got an organic variable resistor here, and you can use this instead of, instead of, turn it down a little bit. You can use this instead of rheostats or potentiometers and it even responds to my touch
İkinci videoda ise jölenin yüksek voltaj karşısındaki davranışı irdelenmiştir.
Alright, so now I’m going to show you a demonstration. This is not something to try at home. But, I’ve got a high voltage power supply that I built here and I’m going to show you that the gelatin here that I have hooked up, via this pin is now acting as a conductor. It’s like, it’s almost like a metal plate now and it’s going to be attracted to the electricity coming out of this nail here and no matter where I move it, the electricity is going to be attracted to that conductor, to the gelatin. Nothing happens if I’m not near the jello, but if I’m near the gelatin, it’s attracted to the gelatin. It completes a circuit.
