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Sure, like any moving and charged particle.
The compass would only be affected by a magnetic field. The charge on the balloon would not create the field unless there was a current flow. The charge on the balloon is called "static" because it doesn't flow.
Static electricity uses positive and negative charges contained within a non-conductive material to attract or repel another object with off balanced charges. Magnetism uses the polarity of atoms to attract or repel another object that can potentially be a magnet.
It seems if simple static electricity experimentscan sufficiently harness 'static electricity' to reveal visible effects, i.e. a charged comb makes hair stand up,then the same effect should be applicable on a much larger scale.Why? Because the hair is attracted to the 'charged comb,'it indicates a 'magnetic effect.'Once the 'magnetic effect' is applied to a visible result, i.e. hair standing up, it means static electricity has been converted to magnetic power.It seem to me, it should be possible to create this 'magnetic power' on a far larger scale by accessing the enormous static electricity that pervades the air around us.So, if someone out there has ever produced magnetism by accessing 'static electricity' on a scale that would light up a light bulb, recharge a cell phone, or run a refrigerator, or even run a car, I'd really like to see it or hear about it?
It is made of glass and silver plate which are nonmagnetic. The plate on the glass could also be aluminum but still not affected much by an external magnetic field. As long as the flask has no iron, nickel, or cobalt (ferromagnetic elements) it would be called nonmagnetic. Note all materials are affected by a magnetic field, but it is very much a subtle effect for most things we call nonmagnetic.
Compass.
The magnetic field would reverse.
gravity meter.
The northern plains
Magnets would have magnetic flux around. As a coil linked with this magnetic flux is rotated such that the flux would change then an electro motive force is induced. This is the way in which generator functions.
Sure, like any moving and charged particle.
No, copper is not magnetic.ANS2:Copper is not a magnetic metal so the only ways it would be affected would be through electromagnetism or if the copper were part of a magnetic alloy.
you can't get to the earth's core it's to deep, you would melt from the lava, and if you did get to the core you would disrupt the earths magnetic field and we would be killed by a solar storm.
In the context of electricity, if everything was a conductor, we wouldn't be able to generate electricity as the movement of electrons induced by the magnetic field in the generator would just be dissapated into the rest of the deivce!
The compass would only be affected by a magnetic field. The charge on the balloon would not create the field unless there was a current flow. The charge on the balloon is called "static" because it doesn't flow.
No, it would be a nonmetal. Metals are usually malleable and do conduct electricity well.
Benjamin Franklin. Although it's unlikely that he used a kite and a key as normally described as this would have instantly killed him.