Given information
A resting electron is given.
Step-by-step explanation
The magnetic field is a vector field, just as the electric field. The magnetic field, on the other hand, is dependent on moving charges and electric currents. A perpendicular magnetic force acts on a moving charge, perpendicular to its velocity and the field itself. As a result, moving magnets in a coil might generate electricity. This is because magnetic fields cause a voltage to be induced in a coil, which causes electricity to be generated. An electron at rest in a magnetic field is not subjected to any force, it cannot be moved by the magnetic field. It will accelerate if it is placed at rest in an electric field due to the electrostatic force. Only electric fields may accelerate electrons, but magnetic fields allow electrons to remain on specific trajectories while their energies remain constant. This is due to the Lorentz force qualities, which are always perpendicular to the magnetic field and velocity vector's specified plane.
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