How can you use electricity to create static charge and bend water?

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SUMMARY

The discussion centers on the feasibility of using electricity to create static charge to bend water, similar to the effect achieved by rubbing a plastic tube on hair. It is established that while static electricity can be generated through friction, using a battery-powered device to replicate this effect is impractical. The conversation emphasizes that static electricity involves high voltages but low charge, making it unsuitable for battery applications. Instead, charging a plastic pipe through induction with a grounded metal object is suggested as a viable method to achieve the desired effect.

PREREQUISITES
  • Understanding of electrostatics principles
  • Knowledge of conduction and induction methods
  • Familiarity with static electricity characteristics
  • Basic electrical concepts regarding AC and DC currents
NEXT STEPS
  • Research methods for charging objects using induction
  • Explore the properties of static electricity and its applications
  • Investigate the differences between AC and DC electricity in practical applications
  • Learn about materials that effectively generate static charge
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Individuals interested in physics experiments, educators demonstrating electrostatic principles, and hobbyists exploring electrical phenomena will benefit from this discussion.

Bonez
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Hello all, I watched a youtube video where you can rub a plastic tube on your hair, and the static electricity generated will pull a stream of water falling from a faucet.



My question is, how would this be possible to do electrically? Meaning, using electricity or a battery powered device instead of rubbing 2 materials together? Is it possible?

If so, what materials and voltages/currents would be necessary?

Thanks
 
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Read up some on electrostatics, the current/voltage/ or what not isn't important here. It's important that the object you're using has a negative or positive net charge. Friction charges the objects in the video, and is idea since they aren’t good conductors. Conduction and induction on the other hand work well with conducting materials such as metals.
 
Static electricity often corresponds to very large voltages - hundreds of volts (but tiny amounts of charges, so it is not dangerous). You won't be able to reproduce this with a battery, no matter what you do with it.
 
Actually static electricity is many volts AND amps but just for a few trillionths of a second
 
Thank you all for the replies. I am really struggling to wrap my mind around static electricity.

I guess what I am trying to ask is, how could you charge the plastic pipe using only electricity? Or, how could you simulate the same effect using AC/DC electricity and same/other materials? It doesn't seem possible to me.
 
Bonez said:
Thank you all for the replies. I am really struggling to wrap my mind around static electricity.

I guess what I am trying to ask is, how could you charge the plastic pipe using only electricity? Or, how could you simulate the same effect using AC/DC electricity and same/other materials? It doesn't seem possible to me.

Plastic pipe + electricity = lot of trouble for no real reason.

What you can do is charge a plastic pipe with your hair and use induction to charge a metal object that's grounded. Then you can bend water with it.

You can charge objects with electricity, but a battery isn't going to be sufficient or ideal.
 
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I have a common plasma globe with blue streamers and orange pads at both ends. The orange light is emitted by neon and the blue light is presumably emitted by argon and xenon. Why are the streamers blue while the pads at both ends are orange? A plasma globe's electric field is strong near the central electrode, decreasing with distance, so I would not expect the orange color at both ends.

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