Magnetic Generator Motor - Generate Free Electricity
Author: Mr. Pom
Can you even think of life without electricity? This is the prominence that energy and electricity has in our lives. From the time electricity was invented, man has been looking to find out how free electricity can be generated. We started using alternate sources of energy like the solar energy, the wind energy etc. But ultimately these were not strong enough to meet all our energy needs. It was not even enough to fulfill any requirements for a small family. This is when the concept of perpetual motion energy was put forward and it led to the generation of magnetic generator motor.
The working of a magnetic generator motor is fairly simple, much like the other alternate sources of energy that we discussed about. The only difference is the source of energy that is utilized. In this case it is magnets that are utilized to produce a magnetic field which is so strong that the core of the electricity generator spins and you have continuous production of energy.
You must have heard of bullet trains in Japan that do the process of magnetic levitation. There is a strong magnetic field that is created between the train and the tracks which is what gets the train to float across the track and gives it a lot of acceleration. This in itself proves how effective and powerful the magnetic field produced by the magnetic generator motor is. This is what is used in our devices too.
There is one thing you need to keep in mind and this is the fact that you can build your own magnetic generator motor. This way you can save a lot of money and it is indeed a lot of excitement too. You can use the help of al your family and even share it with neighbors. This way you can be sure of help if anything goes wrong.
There are several online resources that will help you in this process of building a magnetic generator motor. Since this is gaining popularity there are several of these that scams. Therefore you need to be extremely cautious when you are choosing your help.
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electrons dont’ flow through metal unless they’re in the presence of a bias voltage. otherwise you could hook a piece of metal up to a light bulb and power it. electron spin doesn’t come from orbiting around the nucleus. it comes from an inherent QM characteristic of every electron whose measurable effect is that a mag field is generated much like as in the classical picture of a spinning charge.
don’t think classically… remember a lot of this stuff is dictated by uncertainty. electrons can’t “orbit” around a nucleus. they can only have their wavefunctions collapsed into positions around the nucleus via observation at various times. thus there is no directionality of the orbit (because it’s impossible to continuously observe the e-).
look at some NMR stuff and you’ll have a good idea after that. NMR is nuclear spin which is analogous to electron spin.
good question though.
How does a magnet generate its magnetic field without outside electrical input?
Since electricity and magnetism are intimately linked, I’m wondering how it is exactly that a magnet which is not receiving any outside electrical current generates a magnetic field. Does the magnet itself generate its own electric current? Or, am I missing something? Is there something more basic.
I mean, I know that running electricity through a coil of wires generates a magnetic field. So, when you’re not actively running electricity through or around a magnet, why is a field still generated? Wouldn’t the field collapse once the electric field that created the magnet is removed? Or is there still a circulating electric current inside the magnet. If so, how can that be?
If I had to theorize, I’d say the magnetic field is coupled with an electric field, and a magnet’s atoms are aligned in such a way as to let electrons flow through the magnet in a natural circuit, thus generating the corresponding electric field? Am I off base?
Physics gurus only? No one-liners. List sources…?
I’m wondering if the externally generated electrical current pulls the atoms into an alignment such that electrons are allowed to flow in a circuit within the magnet, thus generating the external magnetic field, even after the external current is taken away, the atoms are still in alignment such that the electrons of the magnet can still flow?
tbolling2
Okay, I’ve heard similar explanations before, haven’t entirely gotten them.
So, we’re saying that the electrons orbiting the nucleus give off or create a magnetic field, and enough of them together in the same basic alignment give off a bigger magnetic field?
So, one could say perhaps that the magnetic field is proportional to the difference of the total orbits in the magnet, IE, if more are orbiting one way than the other, you’ll get a field, wherreas if equal amounts are orbiting oppositely you’ll get no effect because they cancel each other out?
So could we say something to the effect that the magnetic waves or lines of force are either reinforcing or interfering with each other, much like in interferometry? IE, if you get waves moving in tandem they tend to reinforce one another and make themselves larger (or combine to make one larger wave), whereas if you get waves that are opposite they neutralize each other?
This begins to make more sense. Thank you.
However, if the electron itself is generating a magnetic field on its scale, where does its field come from? IE, is an electron magnetic? If so where does its field come from? Is an electron the smallest indivisable unit that can be used to generate a magnetic field or is there something more basic that creates the field of the electron? Or is it simply the electron’s motion around the nucleus that generates the field? If so, how? Does the electron somehow drag space to create a wave in it? Or what? Or are there charges circulating within the electron that cause it to have its own magnetic field? IS the field scaleable to smaller dimensions, or is the electron the smallest thing that generates a field? So many questions so little time.
God, I love that statement! It speaks volumes to our current understanding of physics…
“A lot of things are dictated by uncertainty.” In the realm of physics education, ain’t that the truth…?
The motion of the wire through the magnetic field has no direct relation to the current, it relates to the INDUCED VOLTAGE. Remember: voltage is the cause, current is the effect.
Also, wire moving at a constant speed through a uniform magnetic field will NOT generate an induced voltage.
In order for there to be ANY induced voltage, there has to exist a TIME DERIVATIVE of magnetic flux through the wire loop.
Does a wire loop moving into a magnetic field generate a constant current or increasing current?
and when it leaves the B field (magnetic field) is current negative?
A 0.81 m-long solenoid consisting of 1000 turns is used to generate a magnetic field 0.30 T. How much current?
A 0.81 m-long solenoid consisting of 1000 turns is used to generate a magnetic field 0.30 T. How much current is required?
An AC current is passed thru the coil all the time, and then whatever changes the value of the Inductance (of this coil), also changes the value of the current passing thru the coil. If this current can be measured then we can find the proximity of whatever changed this inductance (the car) and also its extent. I suppose The car doesn’t necessarily need to generate a magnetic field, it is already generated by the the coil. Take for instance, Metal Detectors. They dont measure magnetic field, but change in inductance, or maybe resonant frequency by measuring the passing current thru its coil.
Using the permittivity of air for the core
and assuming (T) is measured near the center
of the solenoid, Ampere’s law shows:
B = (N/L)*uo*I
Solving for current:
uo = 4*pi*10^-7 T/A.M
I = BL/(N*uo) = 193.37 A
How does a car generate a magnetic field?
for example in a automatic traffic light, there is an inductive loop
When your car drives over it, it creates a magnetic field through the loop
A certain superconducting magnet in the form of a solenoid of length 0.30 m can generate a magnetic field of..?
A certain superconducting magnet in the form of a solenoid of length 0.30 m can generate a magnetic field of 8.0 T in its core when its coils carry a current of 85 A. The windings, made of a niobium-titanium alloy, must be cooled to 4.2 K. Find the number of turns in the solenoid.
B = µ₀NI/h
B is the magnetic field in teslas
h is length of solenoid in meters
N is number of turns
I is current in amps
µ₀ is the magnetic constant
1.2566×10−6 H/m (or T·m/A)
plug in the numbers and solve for N
.