Determine the force (in the lab frame) between two charges moving with the same velocity V....

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Physics

Determine the force (in the lab frame) between two chargesmoving with the same velocity V. What is the ratio oftransverse-to-longitudinal force? Explain what happens to thisratio when the two charges lie on a line parallel to V orperpendicular to V?

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When two charges are moving with same velocity then the force experienced by them will be electromagnetic force between those two electric charges This problem was briefly considered by FitzGerald in 1882 as a prelude to discussion of the force on a moving electric charge due to a magnet that has the same velocity FitzGerald showed that the force is zero in this labcaseThese frame arguments were a precursor to a simpler relativistic argument that in the rest frame of a charge and comoving magnetic there would be no magnetic force on the charge and hence the labframe force is also zero Professor Rowland has shown experimentally that a quantity of electricity moving acts like an electric current This had been assumed by many physicists It follows that two quantities of electricity moving in the same direction See Answer

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