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rasen58
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Would it be possible to operate an electromagnet using the power produced by pedaling a bicycle? The electromagnet would need to be strong enough to lift up the training wheels of a bicycle.
Would you by chance be trying to see if you could make a self-levitating bicycle using these electromagnets?rasen58 said:Would it be possible to operate an electromagnet using the power produced by pedaling a bicycle? The electromagnet would need to be strong enough to lift up the training wheels of a bicycle.
If the training wheels aren't held rigidly in place when you want to use them they won't hold the bike upright when weight is placed on them.rasen58 said:Wouldn't the person cycling be able to keep the bike upright? The four wheeled bike would just turn into a regular 2 wheeled one.
Why would you need a locking mechanism?
So, it's just an assignment requiring you to use electromagnets in some gizmo. This isn't some invention you think will revolutionize training wheels.rasen58 said:Oh I see, yeah a locking mechanism would be necessary then.
The point is to specifically use electromagnets, so that's why I'm using them.
OK. I don't get the point, but it's perfectly possible to raise the training wheels with electricity generated by the rider. You can reduce the power needed to almost nothing by counterweighing the training wheels. That is: the wheels would pivot forward or backward and they'd be balanced by a counterweight so a very small amount of force would move them. You should be able to generate electricity by mounting a generator that contacts the side of either the front or rear main tires, just like the old school bicycle headlight generators. The faster the rider goes, the more watts they put out.rasen58 said:It's not an assignment. But rather an invention I want to try.
If you don't have any practical experience with making electromagnets yourself I suggest you put the invention on hold, step back, and simply play with making a variety of them in various configurations. Start with wire wrapped on a nail like Russ mentioned.rasen58 said:I haven't ever used electromagnets before, so I wanted to try them out. I guess it would be something like a metal rod with wire around it? Or just something that can attract metallic objects from far away.
Aright, then. Go make some electromagnets.rasen58 said:Wow, thank you so much. That's very great advice.
rasen58 said:Basically, I want the pedal power to be able to lift up training wheels as the bicyclist pedals faster. And then, they will come down when the bicyclist moves slower.
Powering electromagnets with bicycle power involves using a bicycle as a generator to produce electricity. As the bicycle's pedals are turned, the wheels drive a small generator, which converts the mechanical energy from the pedaling into electrical energy. This electricity is then used to power the electromagnets, which can be used for a variety of applications such as powering small motors or creating magnetic fields.
There are several advantages to using bicycle power for electromagnets. First, it is a sustainable and eco-friendly way to generate electricity. Additionally, it is a cost-effective solution, as bicycles are relatively inexpensive compared to other sources of electricity. Furthermore, using bicycle power allows for greater mobility and flexibility, as the bicycle can be easily transported to different locations.
The amount of power generated using bicycle power for electromagnets depends on the strength and speed of the cyclist. On average, a cyclist can produce between 50-150 watts of power, which can be enough to power small electromagnets. However, this amount of power may not be sufficient for larger electromagnets or more demanding applications.
Powering electromagnets with bicycle power has a wide range of practical applications. It can be used to power small motors, such as those in electric bikes or scooters. It can also be used to create magnetic fields for experiments in physics or to power small devices in remote areas. Additionally, it can be used for educational purposes to demonstrate the conversion of mechanical energy into electrical energy.
One limitation of using bicycle power for electromagnets is that it may not generate enough power for larger or more demanding applications. Additionally, it requires physical effort and may not be suitable for individuals with physical limitations. Furthermore, the efficiency of the electricity generation may be affected by factors such as the condition of the bicycle and the strength of the cyclist.