linuscomex
Junior Member level 3
Re: electron flow in circuit, when wavelength is very longer than size of circuit ?
This sentence that (Start and end points can be only 1mm apart physically) us true and I agree.
Please say What is your definition of wavelength in this case?
the electron charge change direction to produced sine wave and I dont say wavelength means 1 kilometer apart physically in lenght but i say to you in this case you define wavelengths as Physical distance traveled not apart physically. Is it true?
One obvious nonsense at first sight is that distance is is sum of electron charge traveled. Traveling electron charges are electric current. Current strength or amplitude is proportional to sum of charges traveling no matter how long is conductor.
In time of the first period of sinus current it is dead time for the 1km distant point on straight wire. Nothing happens in that time. Yes this point would be a wave length apart from the start but along the wire. Start and end points can be only 1mm apart physically. After that time current in this point starts to flow from t=0 like at beginning of wire. Such behaviour there could be many in a circuit we call transition time as a difference to steady state behaviour. First happens after switch on and last until stable behaviour is reached.
This sentence that (Start and end points can be only 1mm apart physically) us true and I agree.
Please say What is your definition of wavelength in this case?
the electron charge change direction to produced sine wave and I dont say wavelength means 1 kilometer apart physically in lenght but i say to you in this case you define wavelengths as Physical distance traveled not apart physically. Is it true?