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I'm a new teacher to E&M and confess I was a lowly Chemistry Major who needs some help.
A proton and a particle of equal mass without charge are somehow provided equal energy directed, at least at onset, in the form of translational energy. Will the uncharged particle move faster because some of the translational energy of the proton will be used to create a magnetic field around it as it moves?
A proton and a particle of equal mass without charge are somehow provided equal energy directed, at least at onset, in the form of translational energy. Will the uncharged particle move faster because some of the translational energy of the proton will be used to create a magnetic field around it as it moves?