Exploring Magnetism: Could a Magnetic Car Be the Future of Transportation?

In summary: It's not clear from the drawing what propels the car; it could be either a magnet or some kind of engine. If it's a magnet, then it would need to be constantly strong enough to keep the car moving, or else it would eventually run out of energy. If it's an engine, then it would need to constantly produce energy to keep the car moving.
  • #1
AussieDave
47
0
Hey guys. My mate, who is from a non-physics background, proposed the idea of a magnetic car to me. I'm currently doing high-school physics but have not yet covered magnetism. My basic question is, would this in fact work? Maybe he stumbled across something quite clever or maybe it'd just plain suck hehehe. Here is a pic of his drawing :p

http://i110.photobucket.com/albums/n101/FirstPanzerDiv/Self-PropelledCar.jpg
 
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  • #2
What direction is the car supposed to move in? (this is an important point)
 
  • #3
What propels the car, exactly? The photo doesn't show anything that could.
 
  • #4
AussieDave said:
Maybe he stumbled across something quite clever or maybe it'd just plain suck hehehe. [/url]

My initial vote is -b-, because it looks like a perpetual motion idea.
 
  • #5
How is this thing supposed to move, exactly?
 
  • #6
I understand your mate's idea, that must involve the smart-breaking-system: front wheels break and stop, then let magnet attract to increase the beam tension and store the energy on the beam or even springs, then break the back wheels and then release the front wheels - let the beam or springs (with stored energy) to push the front wheels, very very clever perpetual system, he is using the free,cheap and clean magnetic powers! But I think the energies used to break the wheels will also be very great, maybe used at the same rate as the magnetic power used? I don't know. Could be or could be not, if not, then this system is the solution to new energy! Great!@

Also, remind you that the magnetic energy will be used up sooner or later in this sytem.

We could manufacture this kind of spring engine! Why not.
 
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  • #7
Sorry, rethinking it again, I was wrong, because when the magnets are closer, that means the attraction force is getting much greater, the beam or springs need much more energy to fight off the magnetic power, they cancel each others out, that means no more or very little energy left to drive the car, also consider the energy is needed to break the wheels, it will become a waste of power, LOL. Sigh, no energy comes free.
 
  • #8
Looks to me like either one pole repelling a like one ahead of itself, or one attracting an opposite one behind itself. Either way, it's not going anywhere. If one of those magnets was mounted off of the vehicle, however, the idea would work (as in maglev trains).
 
  • #9
Thanks guys. I wouldn't read too much into his thoughts behind it. Basically, what you see in the diagram is what you get. I was thinking along the lines of Electron with "How is this thing supposed to move, exactly?"
 

FAQ: Exploring Magnetism: Could a Magnetic Car Be the Future of Transportation?

What is magnetism?

Magnetism is a phenomenon in which certain materials exert attractive or repulsive forces on other materials. This is due to the presence of magnetic fields, which are produced by moving electric charges.

How does a magnetic car work?

A magnetic car uses the principles of magnetism to propel itself forward. The car has a series of magnets along its underside that are attracted to a track made of magnetic materials. By constantly switching the polarity of the magnets, the car can move along the track without the need for traditional wheels and an engine.

What are the benefits of a magnetic car?

A magnetic car has several potential benefits. It would not require fossil fuels, reducing carbon emissions and air pollution. It could also have lower maintenance costs since it would not have an engine or traditional brakes. Additionally, it could potentially travel at higher speeds and be more efficient than traditional cars.

What are the challenges of creating a magnetic car?

One of the biggest challenges of creating a magnetic car is finding materials that are strong enough to create a track that can support the weight of a car. Additionally, there are currently no efficient methods for storing the energy needed to power the magnets in the car. There may also be safety concerns and regulatory hurdles to overcome.

Could a magnetic car really be the future of transportation?

While there are certainly many potential benefits to using magnetic cars as a form of transportation, there are still many challenges to overcome before they could become a mainstream option. It is also important to consider the infrastructure and cost of implementing a magnetic car system on a large scale. It is possible that it could be one component of a larger, more sustainable transportation system, but it is unlikely to completely replace traditional vehicles in the near future.

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