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adi1998
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Does electricity travel through vacuum?If so ,is it a good conductor?What is its resistance.
What do you think? What do you mean by 'electricity'?adi1998 said:Does electricity travel through vacuum?If so ,is it a good conductor?What is its resistance.
Electrons are particles. They can travel through a vacuum.adi1998 said:I mean the flow of electrons,i.e without any medium,can electricity flow?
They won't naturally flow across a vacuum, as they would across a conductor. But they can be projected into a vacuum. (Look up electron gun, for details on that.) It's not clear from your question what context you are thinking of.adi1998 said:If it has infinite resistance then how can electrons flow?
Electricity is a form of energy that is caused by the movement of charged particles. It can travel through conductive materials such as wires, but can also travel through a vacuum.
Yes, electricity can travel through a vacuum. This was first discovered by Thomas Edison and Nikola Tesla in the late 1800s. They found that an electric current could be transmitted wirelessly through a vacuum using electromagnetic waves.
Electricity travels through a vacuum by creating an electromagnetic field. When an electric current is sent through a conductive material, it creates a magnetic field around the material. This magnetic field can then induce an electric current in a nearby conductive material, even if there is a vacuum between them.
Yes, it is safe for electricity to travel through a vacuum. In fact, many modern technologies such as cathode ray tubes, vacuum tubes, and fluorescent lights rely on electricity traveling through a vacuum to function properly.
Yes, electricity can travel through outer space. In fact, space is mostly a vacuum and electricity can travel through it without any obstacles. This is why solar panels can still operate and generate electricity in space.