why does an electron move away from an electric field and a magnetic field?

Answer 1

The electrostatic force is one of the four fundamental forces. It acts between all charged particles, repulsive between like charges and attractive between unalike charges. Going a bit deeper its origin is in the exchange of carrier particles, which in the case of the electrostatic force are photons.

Magnetism is an effect of special relativity on the electrostatic force. Hence it only applies between moving charges. An electron will have no response to a magnetic field if it is not moving and the field is not changing. Otherwise it will move perpendicular to both its path and the magnetic field.

Answer 2

Electric field and gravity field are basically the same phenomena one deal with macro masses and the other with micromasses. The electron is an electrical micromass. The magnetic field is similar to the gravity field except its in a different configuration.
The electric field is radial where the magnetic field is nonradial.,that is the reason why the electron interacts the way it does in a magnetic field.

Answer 3

Because whenever the electron comes near the magnetic or electric field they have a huge fight and hence to avoid it an electron moves away from the electric or magnetic field

Answer 4

well one can say that electrons are negatively charged species which show attractive or repulsive behaviour in electric field as they are microbodies.A magnetic field is a special case of electric field and electron deviats only when its trajectory is perpendicular to direction of magnetic field

Answer 5

No, photons do no longer create a gravitational field. As for why shifting quotes produce a magnetic field, there is no "reason" for this--it relatively is basically a regulation that they do. right this is a extra interesting question: you have 2 observers. One is status nonetheless and watches a charged particle fly by skill of. because of the fact that he knows shifting charged debris create a magnetic field, he predicts what the magnetic field would be (and is actual). the different observer strikes with the charged particle--with the purpose to him, the charged particle is table certain. So does the shifting observer assume and/or degree a magnetic field? Edit: @Andrew Smith: known Relativity explains why easy can have no mass and yet nonetheless be tormented by skill of gravity. it relatively is because of the fact mass warps area time, consequently easy is basically vacationing alongside geodesics (shortest paths). For flat area this may well be in completely at once lines, in spite of the undeniable fact that, if area is curved (via mass warping it), then it is going to look to twist or bend. this is consistent with the thought that photons have no mass yet are nonetheless tormented by skill of gravity. besides, specific relativity, shows that mathematically, the only probably way for something to return and forth on the "velocity of light" is that if it has no mass. i'm going to grant a caveat nonetheless, that's if easy has, perchance a TINY little bit of mass, it nonetheless may well be available to circulate at say, ninety 9.9999999999999% of the fee of light, which perchance we can't degree the adaptation (that are somewhat around besides--because of the fact that we outline the fee of light because of the fact the fee at which photons return and forth initially).

Answer 6

i domnt know out that sound **** neat

Answer 7

because of the repeltion of charges please visit the source for more information