the truth about electricity, voltage, n current

the vibration is not a hert. A hert is when the magnetic field expands, rotating one direction, reaches a peak, and then shrinks, reverses rotation, and then peaks again.

That is one hert.

According to the textbook, an amp is a measure of how many electrons flow past a point per second.

But... this is just an inference, based on the incorrect fact that electrons are flowing in the first place. They are not.

The "resistance" you talked about. Wow. Yeah. It is measured. How do you think they measure it? How do you think they know it? They have a reference. Like I said. They get the strength of the magnetic field, produced in that circuit. They call that one amp. The reference has one ohm of resistance. And the energy source is said to have one volt.

Using these references, they then hook up various circuits to their 1 volt energy source. When the circuit is found to have a larger or smaller magnetic field than the reference circuit, they say it has larger or smaller resistance.

In fact, vacuum tubes, like florescent lights, have a negative resistance.

So... sorry. Read all the textbooks you want kid, and keep making good grades. Doesn't mean you know anything.

There will be resistance

There is no such thing as an electron. It is just a handy unit of measurement, comparable to a gram, or liter.

Electrical energy in a wire, is simply the wire vibrating at a certain frequency.

The "current" in a wire is the strength of the magnetic field.

The "voltage" in a wire is simply a reference. It means, if you plugged a reference wire into the energy source, that is the strength of the magnetic field you would get.

However, the wire you plug into the energy source will be different. It will have a different resistance, so you will get a magnetic field around the wire of a different strength.
A different current.

So is the universe electrical? Well... the universe consists of motion. Some of that motion occurs in the frequencies we call 'electrical'.

Nothing mystical or complex about any of this. Except that the textbooks are full of lies to confuse people.

There is no such thing as an electron. It is just a handy unit of measurement, comparable to a gram, or liter.

Electrical energy in a wire, is simply the wire vibrating at a certain frequency.

The "current" in a wire is the strength of the magnetic field.

The "voltage" in a wire is simply a reference. It means, if you plugged a reference wire into the energy source, that is the strength of the magnetic field you would get.

However, the wire you plug into the energy source will be different. It will have a different resistance, so you will get a magnetic field around the wire of a different strength.
A different current.

So is the universe electrical? Well... the universe consists of motion. Some of that motion occurs in the frequencies we call 'electrical'.

Nothing mystical or complex about any of this. Except that the textbooks are full of lies to confuse people.

So help me out here. No puns to contribute.

So I put some water in an electric skillet, plug "electricity" into the pan, and the resistance(or heat of resistance) of the pan heats the water. Very simple.


Buuuttt. What I really want to know is how can I get electricity from heated matter. Can we reverse the skillet/water thing. The atmosphere around us, in fact everything higher than absolute zero, is filled with heat that we need to translate into electrical energy.

So can a Tesla coil receive the electrical energy that fills the air and can it be processed to provide electrical energy that we can use?


OP?

Ohm my Gawd.

You should really stop. You're going to misguide the children!

No, I'm serious. Stop this nonsense! Unless you can describe how the PN junction of a semiconductor works in this mis-labeled and misguided electrical theory of yours that has no electrons, you are just making a jack-ass of yourself... At least to those of us who build functioning circuits based on the lies from our books in our confusion about the electron.

Ohm my Gawd.