- #1
Cocacolacan
- 15
- 0
I have a question for the enlightened minds.
In physics class we found our debrouille (sp?) wavelength, we found that an average human gives a ridiculously small wavelength. H/p. Now what happens when you do this to an electric current in an exposed wire? (6.626E(-34) m2 kg / s)/(9.11E(-31)*(0.0002 m/s) (the speed electrons flow in a wire, but this can be changed). But that gives you a wavelength of 36.3215m and a frequency of 8.2369 MHz. This is pretty close to the RF of remote control cars, and in between AM/FM frequencies. Would there be a way to this up through a tuner of some sort? Or is this how the technology behind radio transmissions works?
In physics class we found our debrouille (sp?) wavelength, we found that an average human gives a ridiculously small wavelength. H/p. Now what happens when you do this to an electric current in an exposed wire? (6.626E(-34) m2 kg / s)/(9.11E(-31)*(0.0002 m/s) (the speed electrons flow in a wire, but this can be changed). But that gives you a wavelength of 36.3215m and a frequency of 8.2369 MHz. This is pretty close to the RF of remote control cars, and in between AM/FM frequencies. Would there be a way to this up through a tuner of some sort? Or is this how the technology behind radio transmissions works?