Aha...I get it,I think - no matter what example do we take (Faraday cage or metal suit) the man inside of it will not feel anything at all because he is is in parallel with the suit (I'm assuming that we could even pretend that he is not a part of the circuit) then the wire takes most amount of...
I'm really sorry for that,i did not mean to make anyone angry here,well now I'll only talk about the circuit:
Well I think that if we attach the entire suit to the battery and put a man inside of the suit,the current will only go through the suit back to the battery and this cycle repeats again...
Right,my bad,I did not mean to say that,now I'm even more puzzled...
It's just my point is that even if you attach the whole suit to a high voltage generator,very high voltage generator the current will not flow inside of the conductor for a certain reason,only outside (UNLESS it melts due to...
Yes it makes sense but even when someone is inside of the suit that someone is still touching it from the inside with his hands,it's just like touching the cage while being inside of it and in this case it seems like this circuit is still in series,why?Here:
battery - suit - human
I believe...
Makes sense,i understand that due to Ohm's law human body takes much less current since the most current is at the low resistant part of the suit,the costume itself.
But here is the hard part that my brain is not able to comprehend:
Someone is inside of the Faraday cage or inside of the...
Well I'm kinda familiar with them...well the connection in this circuit is neither parallel nor series,so current does not split,no?So the current is just supposed to go by the wire to the resistor and then come back to the generator by the other side of the wire,no?But since the circuit is...
Could you give me your own explanation of why there is no net charge inside the cage with both electrodynamics and electrostatics then?I just cannot understand why it has nothing to do with the current flow if it clearly exists inside for a brief moment.
The electrostatics explanation is rather...
So the fact that Faraday cage does not conduct electricity from the inside can only be explained via electrostatics and not via electrodynamics?
It's just if we look at it another way via electrodynamics there is current...it's just it seems like this electrostatic explanation is some kind of...
I know right but I've seen this video where a man was wearing full metal equipment (I think it was Aluminium or something) and well he was being zapped with the Tesla coil but he felt nothing,that's what I don't understand.
The current clearly goes through the entire equipment including the...
They always explain it the same way on every single page:
"There is an external (outer) electric field that (as an instance) is pointed to the right,electrons on the other hand move to the left and protons stay there where they had been before the electrons moved (at the right side) and so...
That's right,but how can the Faraday cage principle be explained with electrostatics if there is an obvious current going through the cage,so it means that it is supposed to get inside of the cage,no?
I've read from some page of the site that this works only for electrostatics,when charges are in equilibrium,so if there is current flowing through conductor,there WILL be electric field inside of the conductor.I assume that's correct,right?
But I cannot understand how can they explain how...
I've read multiple times that electric field inside of the conductor is always equal to zero because the inner field produced by electrons that moved to one side and left protons on another balance the outer field.
I've also read about Faraday cage.
But I have a few questions about this:
1) So...
So is it safe to assume that reflection,refraction and absorbtion happen due to the EM nature of light,because EM wave of the light makes contact with charged particles inside of a conductor?Like absorbtion can be imagined once again as acceleration of charged particles because of light's EM...
It's just all EM waves pretty much act the same way - they cause oscillations of electrons,right?That's why we get more EM waves and heat,all due to oscillations.
But there is this photon theory of light that messes me up that states something like photon gets absorbed by the electron then it...