## Motion of a charged particle

hi PF, i got a question in my mind while studying electrostatics that
Will a charged particle loose its charge if it travels with a speed
a) Less than speed of light?
b) Close to speed of light?

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 Quote by dev70 hi PF, i got a question in my mind while studying electrostatics that Will a charged particle loose its charge if it travels with a speed a) Less than speed of light? b) Close to speed of light?
No and no (They're actually the same question).
However, you may have to put work into the system to keep the particle moving, either because it's moving against an electric field or shedding energy by emitting electromagnetic radiation.

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 Quote by dev70 hi PF, i got a question in my mind while studying electrostatics that Will a charged particle loose its charge if it travels with a speed a) Less than speed of light? b) Close to speed of light?
No, charge is an intrinsic property of certain particles. They cannot lose it much like they cannot lose their mass or spin.

## Motion of a charged particle

Charge is a conserved quantity!

 thank you all..but the way inertial mass increases of a body when it travels close to speed of light, will anything similar happen?

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Gold Member
 Quote by dev70 thank you all..but the way inertial mass increases of a body when it travels close to speed of light, will anything similar happen?
Not with charge, no.

 Recognitions: Science Advisor Neither charge nor mass increase in relativistic motion, because mass and charge are both relativistic invariants, i.e., scalar quantities.

 Quote by dev70 inertial mass increases of a body when it travels close to speed of light, will anything similar happen?
this is a somewhat old-fashioned view of mass, that is now considered to complicate matters unnecessarily.

it's better to use the word 'mass' to simply refer to the rest mass of an object, which is invariant, and get rid of this idea of mass changing with velocity.

mass is invariant, and so is charge.

 ok...i know that rest mass is constant and invariant. but if we consider a charged particle moving in a medium say gas wont it ionize the gas particles? And if it does it should loose charge i guess?

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