How much electricity can be produced from 3000 rpm?

In summary, the conversation discusses the possibility of using a car's axel as a source of electricity by making it magnetic with a copper wire casing. It is mentioned that this process is already in place with regenerative braking, but the idea of using it continuously is not possible due to the laws of thermodynamics. The topic of perpetual motion and free energy is deemed pseudoscience and not allowed for discussion on the forum.
  • #1
Tom1211
1
0
If your axel in you car was magnetic with copper wire casing would that produce electricity? If so how much?
If there is no resistance in that process then there wouldn't be a detrimental effect on the performance (bar added weight of the wire)
With the raising popularity of electric cars it would reconvert some of the kenetic energy back into electrical energy. Therefore increase the range?
There is probably a easy answer that will shoot this down, or its already in place but though it was a interesting idea.
 
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  • #2
Tom1211 said:
If your axel in you car was magnetic with copper wire casing would that produce electricity?
One of the magical things about cars and electricity, is that this already happens.
If so how much?
Whatever the system is designed for.
If there is no resistance in that process...
There is always resistance. So the rest of your post, is, um, based on a false premise.
then there wouldn't be a detrimental effect on the performance (bar added weight of the wire)
With the raising popularity of electric cars it would reconvert some of the kenetic energy back into electrical energy. Therefore increase the range?
There is probably a easy answer that will shoot this down, or its already in place but though it was a interesting idea.

Worded differently though, you might be onto something.
 
  • #4
OmCheeto said:
...
Worded differently though, you might be onto something.

billy_joule said:
...is called regenerative braking

That's the different wording, I was looking for. :angel:
 
  • #5
Tom1211 said:
If your axel in you car was magnetic with copper wire casing would that produce electricity? If so how much?
If there is no resistance in that process then there wouldn't be a detrimental effect on the performance (bar added weight of the wire)
With the raising popularity of electric cars it would reconvert some of the kenetic energy back into electrical energy. Therefore increase the range?
There is probably a easy answer that will shoot this down, or its already in place but though it was a interesting idea.
Welcome to the PF, Tom. :smile:

We don't allow discussions of Over-Unity mechanisms or Perpetual Motion Machines (PMMs) here at the PF. In addition to the useful responses you have gotten, please have a look at the links mentioned in the PF Rules Forbidden Topics list -- they will help you to understand why you cannot extract energy continuously from a system.

PF Forbidden Topics said:
Pseudoscience, such as (but not limited to):
Perpetual motion and "free energy" discussions
http://wiki.4hv.org/index.php/Free_Energy_Debunking
http://en.wikipedia.org/wiki/Perpetual_motion
http://www.skepdic.com/freeenergy.html
http://www.skepdic.com/perpetual.html
Thread is closed.
 
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1. How does RPM affect electricity production?

The higher the RPM, the more electricity can be produced. This is because RPM measures the rotational speed of an object, and the faster it rotates, the more energy is generated.

2. Is 3000 RPM a significant speed for electricity production?

It depends on the context. In some cases, 3000 RPM may be considered a high speed and thus generate a significant amount of electricity. However, in other cases, it may be too low or too high for efficient electricity production.

3. What factors besides RPM affect electricity production?

Other factors that can affect electricity production include the size and type of the generator, the type of fuel being used, and the efficiency of the conversion process.

4. Can electricity be produced without using a generator?

Yes, electricity can also be produced through alternative methods such as solar panels, wind turbines, and hydroelectric dams. These methods do not rely on RPM but rather on other sources of energy.

5. Is there a formula for calculating the amount of electricity produced at 3000 RPM?

Yes, there are various formulas that can be used to calculate the amount of electricity produced at a certain RPM. However, the specific formula will depend on the type of generator and its efficiency, as well as other external factors such as temperature and humidity.

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