Two particles, having the same charge but different velocities, are moving in a constant magnetic field (see the drawing, where the velocity vectors are drawn to scale). Which particle, if either, experiences the greater magnetic force?

Owing to the similarity in the attributes of initial forces applied and the output obtained from them, it is evident that the magnetic force applied on both the particles would be the same at any given time.
The magnetic force acting perpendicular to the field is acting with the same intensity on both the particles. Hence, the magnetic force experienced by the particles would be the same.

shrutiagrawal1798 shrutiagrawal1798 · Answer 2 · 2022-01-06T11:42:31+01:00

The magnetic field experienced by both the particles are same, as there magnetic force has been perpendicular to the magnetic field. Thus, option D is correct.

The magnetic force has been defined as the attraction and repulsion experienced by the charged particle in the magnetic field. The magnetic force has been given to be proportional to the applied speed and is perpendicular to the velocity.

The particles in the magnetic field have the same magnetic force as the velocity has been perpendicular to both the particles. Thus, option D is correct.

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