If electrons are like particles, then
A) they can move according to Bohr's laws of motion.
B) they must have a precise frequency to stay in a stable orbit.
C) they must have a precise velocity to stay in a stable orbit.
D) they create interference patterns in the dual slit experiment.
E) all of these

Question

Quizplus · Accepted Answer

If electrons are considered as particles, then they would have to follow the laws of motion, which would require a precise velocity in order to maintain a stable orbit. Bohr's laws of motion are specifically applicable to the motion of the electrons in atoms and their subsequent energy levels, and hence is not relevant in this context. A precise frequency is required for stable orbits only if electrons are considered as waves, as per the wave-particle duality of electrons. Interference patterns are observed only when electrons are treated as waves as they exhibit wave-like properties such as diffraction and interference.

If Electrons Are Like Particles, Then