Kapanadze and other FE discussion

[rakarskiy]

In the experiment, measurements were made with an ammeter, a voltmeter for alternating current circuits.  This is enough to estimate the voltage and amperage of an AC circuit, in which there is nothing but the alternator winding, connecting wires and load resistance.
I am always wary of the "radiologist in power." Never listen to a "radiologist" who cannot calculate an AC circuit.

Second, I suggested above that Wesley solve the circuit calculation problem.
Serga solve it, and then yap! Because your "proffesional correctness" is also highly questionable.

[Sergh]

In the experiment, measurements were made with an ammeter, a voltmeter for alternating current circuits. 

Then there are no options.
Your voltmeter or ammeter or resistor is defective.
Replace with a new one that is known to be good.

Serga solve it, and then yap! Because your "proffesional correctness" is also highly questionable.

I communicate with you absolutely correctly. Why are you using insulting phrases about me and other forum members?

[rakarskiy]

Then there are no options.
Your voltmeter or ammeter or resistor is defective.
Replace with a new one that is known to be good.

I communicate with you absolutely correctly. Why are you using insulting phrases about me and other forum members?

I'm not insulting anyone, that's the first thing.

If you don't know how to calculate a generator circuit under load, and don't know where the amperage in it comes from, it shows you are educated on the subject. That's what I'm explicitly saying, and I doubt your ability to judge these matters. If that offends you, learn the basics of electrodynamics, electrical engineering. Any electrician who will tune an electrical circuit from an alternator with permanent magnets in the rotor knows this. At any rate, he knows the difference in no-load EMF and voltage under load.
If you measure the drop on the 3 Ohm resistor you will have between 3.8-3.9V. But this is not the voltage network into which this resistor is included in series, because there is also an ammeter with its own resistor and diode bridge, connecting wires and alternator phase winding.


220V or 110V in the AC mains, this is what figure and how it is held. 

https://rakatskiy.blogspot.com/p/ampere-force.html 
In the material all the details and correctly displayed, what, how and why, conclusions are made.

[Sergh]

In this case, we are not interested in your generator.

You measure current and voltage across a resistor.
And you claim something like this:
2 + 2 = 10.4
Other forum members assure you that usually:
2 + 2 = 4
You scold them. This is fine?

[rakarskiy]

In this case, we are not interested in your generator.

You measure current and voltage across a resistor.
And you claim something like this:
2 + 2 = 10.4
Other forum members assure you that usually:
2 + 2 = 4
You scold them. This is fine?

You can imagine as you like, but the phase of the generator is included in the circuit and forms the current in the circuit.  Even if the source of the battery, the missing volts physicists explain the missing volts by the external action of EMF. Since the current in the circuit cannot form without the absorption of the electric field.

All I can say is that you do not work with real power circuits, and if you do, you are far from understanding what is going on in them.