Two electrons are located in a region of space where the magnetic field is zero. Electron A is at rest; and electron B is moving westward with a constant velocity. A non zero magnetic field directed eastward is then applied to the region. In what direction, if any will each electron be moving after the field is applied?

Electron A It remains stationary, while electron B continues moving westward

Explanation:

The force acting on each electron is given by F = Bevsinθ where B = magnetic field strength, v = velocity of electron, e = electron charge and θ = angle between B and v

Force electron A, v = 0, and θ = unknown, so F = Be × 0 × sinθ = 0.

So, no force acts on it and thus, it does not move. It remains stationary.

Force electron B, v = constant, acceleration, a = 0 and θ = 180, so F = Bevsin180 = 0.

So, no net force acts on it and thus, it does not change direction. It continues moving westward.

explanation:

the masses of the objects and the distance between them

are there options? cause you ain’t. real specific