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dreamsfly
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There are two electriferous paticles,moving in the same v&direction,then in our opinion,there will be an magnetic effect,but in particles' opinion,there will not be,how to explain it in relativity?
Thanks!
Thanks!
No. the Minkowski force (4-force) is a 4-vector, so its components are different in different Lorentz systems.pervect said:Both observers agree on the value of the 4-force, though.
There is a magnetic effect in one Lorentz system that is not present in another. In general, the "Lorentz force" q(E+ vXB) will be different in the two systems.dreamsfly said:There are two electriferous paticles,moving in the same v&direction,then in our opinion,there will be an magnetic effect,but in particles' opinion,there will not be,how to explain it in relativity?
Thanks!
Meir Achuz said:No. the Minkowski force (4-force) is a 4-vector, so its components are different in different Lorentz systems.
dreamsfly said:Then it's true that it will be different in different frame?That is to say ,in some frame,there may be Lorentz force,in some other there may not?
The Lorentz force F is related to the relativistic 4-vector (sometimes called the "Minkowski Force") (\gamma v.F;\gamma F).pervect said:It's a fact that in some frame there will be a Lorentz force, and in another frame there will not be.
An electriferous particle is a particle that carries an electric charge, either positive or negative.
Two electriferous particles interact with each other through the electromagnetic force. This force can either attract or repel the particles based on their charges.
The strength of the interaction between two electriferous particles depends on the magnitude of their charges and the distance between them. The closer the particles are to each other, the stronger the interaction will be.
Yes, two particles with the same charge can interact with each other. They will repel each other due to the like charges.
The interaction between two electriferous particles can cause a change in their motion. If they are attracted to each other, they may move towards each other. If they are repelled, they may move away from each other. The strength of the interaction will also determine the speed and direction of their motion.