Consider two charged particles 1 and 2, each of them able to translate (move fro

Question

Consider two charged particles 1 and 2, each of them able to translate (move from place to place) and to spin.

In which of the following circumstances is there a magnetic interaction between the particles?

Check all that apply.

Neither translating, only particle 1 spinning. Neither particle translating, neither particle spinning. Particle 1 spinning and not translating, particle 2 translating and not spinning Particle 1 spinning and not translating, particle 2 translating and spinning; Both particles translating, both particles spinning. Neither translating, both spinning. Both particles translating, only particle 2 spinning. Both particles translating, neither spinning. Particle 1 at rest and not spinning, particle 2 translating and not spinning. Particle 1 at rest and not spinning, particle 2 translating and spinning

Explanation / Answer

Due to translation and spinning of particle magnetic field is produced. Other charge particle is interacted only when it is moving or spinning is there.

Option 1 no interaction

Option 2 No interaction

Option 3 yes interaction is there

Option 4 yes

Option 5 yes

Option 6 yes

Option 7 yes

Option 8 yes

Option 9 No

Option 10 no

Related Questions

Navigate

• Browse (All)
• Browse C
• Subjects

---