Magnetic Power Generator - Benefits Of Using A Magnetic Generator
Magnetic power generators are sometimes referred to as free energy generators. This simply means that it uses magnets and the magnetic force from these magnets to create a perpetual motion machine. As the name implies, the perpetual motion will supply electricity indefinitely, as the magnetic power generator keeps working without outside fuel sources to supply your home with all the power it needs.
Perpetual motion machines, or devices, can keep running without slowing down or stopping because they produce more energy than they consume; a magnetic power generator operates on the same principle. You'll be able to enjoy a steady supply of free electricity without the need or another engine or extra resources to keep it running. The energy conglomerates have spent a great deal of money over the years trying to keep the knowledge of these devices hidden, for fear that people would start creating their own free power and no longer buy from them.
A well constructed system is completely safe for you and your family and will continue to operate smoothly over time. There are no known hazards associated with the magnetic power utilized by the generator, nor does it produce any of the harmful gases one normally associates with energy production. Even your toddler can safely walk around the generator without suffering any ill effects.
Some of the best reasons to invest in a magnetic power generator are:
1. It won't take up much space
2. Self-perpetuating system - no additional resources like coal or oil are required to keep it running
3. It won't cost much to build and will cost even less to run
4. Reduce those monthly power bills to all-time lows
5. No dangers or hazards to family members, even your youngest children
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Can you explain why thefollowing device doesn’t act as a perpetual motion machine?
it’s basically just a pendulum with two magnets. The magnets are placed so they attract the pendulum bob at the top o fits swing; however there is also some kind of shielding device which swings into place (and is also powered by the pendulum) as the pendulum bob reaches the top and thus cuts off the magnetic attraction. A link to an article explaining the fallacy would be ideal; it’s a common idea that many people have had.
The seemingly mysterious ability of magnets to influence motion at a distance without any apparent energy source has long appealed to inventors. However, a constant magnetic field does no work because the force it exerts on a charged particle is always at right angles to its motion; a changing field can do work, but requires energy to sustain. A “fixed” magnet can do work, but energy is dissipated in the process, typically weakening the magnet’s strength over time. Thus, when a magnet does work by lifting an iron weight, potential energy is converted to kinetic energy. Once the iron hits the magnet its kinetic energy is converted to heat and sound. In order to release further energy, the iron must be moved away from the magnet. This converts the energy of your arm to potential energy again. Since the energy of parting the magnet and iron is identical to the energy released as the magnet and iron come together, no net energy can be gained by changing the iron – magnet distance.
Need help with Perpetual motion Science fair?
I need help with my science fair project it is on Wilkins’ Magnetic Perpetual Motion Machine if somebody would please write me a good reason why this will not work and in very high detail i will be very happy thank you.
It comes down to the magnets strength only has a strong influence the closer a steel ball gets to it.
This device is going on the premise that it takes less energy to roll a weight up the ramp and that the energy will spike up if you let gravity pull it almost straight down. This is the concept using some arbitrary numbers:
If you have a 1kg steel ball on the bottom of a 10 meter long incline and the height of the incline is 1 meter, then it will only take 1/10th the amount of energy to roll the ball up the ramp. The force to raise a 1kg ball one meter high = 1 kg * 1m * 9.8 m/s^2 = 9.8 Newton.
The amount of work is mathematically force x distance so 9.8N * 1 meter = 9.8 Joules of work in raising the ball one meter vertically.
By putting the ball on the ramp with a 10% grade means it only needs 1/10th the force to push that 9.8N ball up the ramp , which is 0.98N
So wilkins looked at it like that. He thought if you put the ball on the ramp and you had a magnet with, say a 5.0 Newton pull on it, that the magnet could pull on the ball which only requires a 0.98N pull to roll it up the ramp. And then once the ball got to the top of the ramp, pure gravity would take over and the ball which has 9.8N of gravitational force at the top of the ramp, would drop down thru the hole , since the magnet only has a 5 N pull and the gravity has a 9.8N pull.
It’s almost credible except for the force to get that ball to roll up the ramp. It does only need 0.98N to roll up the ramp, but when that 5.0 N magnet is 10 meters away from the ball, the magnetic power falls off as the 1/SQUARE of the distance, not in a linear way. What this means is if you move the ball 10 meters away from the magnet it is 10 times the distance away from the magnet, but for the magnet you have to square the distance to measure the magnet fall off in power. Of course 10 squared is 100. So this says that the magnet at 10 meters away only has 1/100th the power as it does at 1 meter to the ball.
So if the ball needs 0.98N to roll up the ramp, at the beginning of the ramp there is only 1/100th of that 5N magnet power available at that distance which is 5/100 =0.05 N of force.
And since you need .98N to get the ball moving up the ramp, the magnet doesn’t have enough pull to get the ball moving up.
But if you tried to outwit that and just use a much bigger magnet which would exceed that force, it still wouldn’t work. Suppose you used a magnet with 100N of force. At a distance of 10 meters the magnet would exert a force of 1/100th * 100N = 1 newton of force.
So now you have 1 newton of force pulling the ball up the ramp because it only takes 0.98N to roll it up. But now the problem is at the drop point for the ball. The ball at the drop point still only has a 9.8N force from gravity to drop it down, but the magnet has a 100N force. This is much stronger than the gravity force the ball would get from dropping, so the ball is just sucked right up to the magnet instead of dropping.
I want some good examples of a perpetual motion machine I have the answer.?
Magnetic force is the key simple but no has done it magnetic force repels to create rotation if applied right the force could be harnessed to create rotation this constant frictionless rotation could be used with simple coils for electricity. This would be perpetual motion no outside energy required its like using gravity
minimal outside or no outside help would be required. Give me ideas if you think your smart?
Is it possible to create a perpetual motion machine?
I was thinking about planet-sized machines. If you could make something big enough, would it have enough gravity and/or a magnetic field large enough to power a generating unit at it’s center?
perpetual motion machines my magnetism even in a frictionless vacuum region will not work.
first of all, energy is lost due to hysteresis. no need to concern about heat losses from friction.
and because of lenz’s law, any work you try to extract from the machine will lead to the slowdown of the machine because the magnet opposes its own movement.
perpetual machines dont work because there is a concept known as entropy, which is listed in the laws of thermodynamics. as long as these laws stand, perpetual machines exist only in the universe of the mind.
friction, viscosity, & air resistance/drag.
if you can completely and perfectly avoid those things, then yes, the motion will be perpetual.
the problem is however that you cannot avoid those things, try as you might….
cheers