Does the Speed of Electrons Affect Their Magnetic Field?

AI Thread Summary
The magnetic field generated by a flow of electrons in a vacuum is influenced by both the current and the speed of the electrons. Higher electron speed results in increased current, as current is defined by the charge per unit time (Q/t). Therefore, both the speed of electrons and the amount of charge contribute to the strength of the induced magnetic field. It is suggested that a smaller number of faster electrons can produce the same magnetic field as a larger number of slower electrons. This relationship highlights the interplay between electron speed and magnetic field generation.
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The magnetic field created by a stream of electron flow in vacuum depends only by the current or depends by the electrons speed too?
 
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The electron speed affects the current, as current is Q/t. Higher electron speed would mean higher current. So both would affect the induced magnetic field.
 
Livect said:
The electron speed affects the current, as current is Q/t. Higher electron speed would mean higher current. So both would affect the induced magnetic field.

I was thinking at the same thing after i posted...That means that a few faster enough electrons would create the same magnetic field as many slower electrons..
 
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