The magnitude of the force on the electron placed in a uniform magnetic field is
Answer (2)
When an electron is placed in a uniform magnetic field, it experiences a force determined by the formula F = q(v × B). The direction of this force follows the right-hand rule, with a negative charge indicating it will act oppositely. The magnitude and direction of this force depend on the velocity of the electron and the strength of the magnetic field. ;
An electron in a uniform magnetic field experiences a force described by the equation F = q ( v × B ) . The direction of this force is opposite to that indicated by the right-hand rule because the electron carries a negative charge. The force's magnitude depends on the velocity and the magnetic field strength, with maximum force occurring at a 90-degree angle to the field lines.
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